<p>The positive sign of the <i>D</i> value represents increased connectivity in epilepsy patients while the negative sign represents decreased connectivity in epilepsy patients. Among these 30 connections, 17 are inter-hemispheric (i.e. between left and right hemi-spheres) which are highlighted in italic font. Out of these 17 connections, total 7 connections are between bilaterally homologous brain regions which are highlighted by * in the serial column. Abbreviations: L–left hemi-sphere, R–right hemi-sphere.</p><p>The 30 most discriminant connections identified–the connections are sorted with respect to the corresponding absolute value in the connectivity difference matrix <i>D</i>.</p
Previous studies have demonstrated differences of clinical signs and functional brain network organi...
<p>Abbreviations: FG = fusiform gyrus; MFG = middle fusiform gyrus; THA = thalamus; PreCG = precentr...
AbstractPrevious studies have demonstrated differences of clinical signs and functional brain networ...
<p>The upper panel displays the connectivity matrices illustrating the strength of connectivity acro...
<p>A: Association matrix and connectivity graph at window #1 of control state. B (a), (b), (c): Asso...
<p>The figure shows the percentage difference of connectivity between healthy subjects and HD patien...
<p>(a) For the conventional DTI datasets. (b) For the FLAIR-DTI datasets. (c) Overlapping results of...
<p>Voxels were parceled using the AAL90-atlas. In the top-left block of the connectivity matrix conn...
<p>(A) Connectivity matrix of high-resolution cortical connectivity. (B–D) Averaged connection matri...
<p>Association matrices for A) ALL and B) CON groups; the color-bar shows the strength of the connec...
<p>Red color denotes connectivity strength computed using left Broca's area as seed; blue color deno...
Hubs of brain networks are brain regions exhibiting denser connections than others, promoting long-r...
<p>(a–b) Mean zFC matrices of both groups throughout the entire brain divided into 90 regions by the...
<p>Abbreviations: FG = fusiform gyrus; STG = superior temporal gyrus; SMA = supplementary motor area...
<p>Red color denotes connectivity strength computed using left Wernicke's area as seed; blue color d...
Previous studies have demonstrated differences of clinical signs and functional brain network organi...
<p>Abbreviations: FG = fusiform gyrus; MFG = middle fusiform gyrus; THA = thalamus; PreCG = precentr...
AbstractPrevious studies have demonstrated differences of clinical signs and functional brain networ...
<p>The upper panel displays the connectivity matrices illustrating the strength of connectivity acro...
<p>A: Association matrix and connectivity graph at window #1 of control state. B (a), (b), (c): Asso...
<p>The figure shows the percentage difference of connectivity between healthy subjects and HD patien...
<p>(a) For the conventional DTI datasets. (b) For the FLAIR-DTI datasets. (c) Overlapping results of...
<p>Voxels were parceled using the AAL90-atlas. In the top-left block of the connectivity matrix conn...
<p>(A) Connectivity matrix of high-resolution cortical connectivity. (B–D) Averaged connection matri...
<p>Association matrices for A) ALL and B) CON groups; the color-bar shows the strength of the connec...
<p>Red color denotes connectivity strength computed using left Broca's area as seed; blue color deno...
Hubs of brain networks are brain regions exhibiting denser connections than others, promoting long-r...
<p>(a–b) Mean zFC matrices of both groups throughout the entire brain divided into 90 regions by the...
<p>Abbreviations: FG = fusiform gyrus; STG = superior temporal gyrus; SMA = supplementary motor area...
<p>Red color denotes connectivity strength computed using left Wernicke's area as seed; blue color d...
Previous studies have demonstrated differences of clinical signs and functional brain network organi...
<p>Abbreviations: FG = fusiform gyrus; MFG = middle fusiform gyrus; THA = thalamus; PreCG = precentr...
AbstractPrevious studies have demonstrated differences of clinical signs and functional brain networ...