<p>Shown are the nodes of the networks, defined in terms of regional connectivity strength (A) and relative nodal efficiency (B) that were 1 SD over the mean nodal connectivity strength and the relative nodal efficiency in the healthy controls. The distribution of nodal correlation strength and efficiency in the liver cirrhotic groups showed increased weighting in the association cortex and decreased weighting in the primary cortex in the order of no HE, MHE, and OHE and correlated with the mean ammonia level. The heteromodal or unimodal association cortices (blue), primary cortices (red), limbic/paralimbic (green) and mean ammonia level (orange line) are shown.</p
<p>(A) Comparisons of normalized strength and betweenness centrality between AAL and AHMO. Star (*) ...
<p>Mean lag, Pearson r index and p values of the inter-network FC correlations in the group of healt...
<p>The legend is common for figures A, B and D: The correlation network represents features that are...
<p>The regional correlation strength of the nodes were redistributed and higher in healthy control c...
<p>The node sizes indicate the significance of between-group differences in the regional efficiency....
<p>The “hubs” were redistributed and the nodes that were 1 SD over the mean regional efficiency tend...
<p>Note: The FN-weighted WM network for each participant was constructed under the threshold T = 3. ...
<p>Assortativity of Partial Directed Coherence, showing differences between patients (Yellow) and co...
<p>Red solid/dot lines, positive correlation; blue solid/dot lines, negative correlation; Black node...
<p>↑ indicates that the metric was higher in the patients with hepatitis B virus-related cirrhosis;<...
<p>The figures show significant between group increases in the stages of HE for the left and right h...
<p>Abbreviations: ACC, anterior cingulate cortex; MFC, middle frontal cortex.</p><p>Statistical thre...
<p>A, histogram of mean nodal efficiency showed an evident shift towards overall decrease in patient...
Hepatic encephalopathy (HE) is a complex neuropsychiatric syndrome and a major complication of liver...
<p>(I,II,III) In the 3-D network visualizations, edge color represents link weight, nodal color corr...
<p>(A) Comparisons of normalized strength and betweenness centrality between AAL and AHMO. Star (*) ...
<p>Mean lag, Pearson r index and p values of the inter-network FC correlations in the group of healt...
<p>The legend is common for figures A, B and D: The correlation network represents features that are...
<p>The regional correlation strength of the nodes were redistributed and higher in healthy control c...
<p>The node sizes indicate the significance of between-group differences in the regional efficiency....
<p>The “hubs” were redistributed and the nodes that were 1 SD over the mean regional efficiency tend...
<p>Note: The FN-weighted WM network for each participant was constructed under the threshold T = 3. ...
<p>Assortativity of Partial Directed Coherence, showing differences between patients (Yellow) and co...
<p>Red solid/dot lines, positive correlation; blue solid/dot lines, negative correlation; Black node...
<p>↑ indicates that the metric was higher in the patients with hepatitis B virus-related cirrhosis;<...
<p>The figures show significant between group increases in the stages of HE for the left and right h...
<p>Abbreviations: ACC, anterior cingulate cortex; MFC, middle frontal cortex.</p><p>Statistical thre...
<p>A, histogram of mean nodal efficiency showed an evident shift towards overall decrease in patient...
Hepatic encephalopathy (HE) is a complex neuropsychiatric syndrome and a major complication of liver...
<p>(I,II,III) In the 3-D network visualizations, edge color represents link weight, nodal color corr...
<p>(A) Comparisons of normalized strength and betweenness centrality between AAL and AHMO. Star (*) ...
<p>Mean lag, Pearson r index and p values of the inter-network FC correlations in the group of healt...
<p>The legend is common for figures A, B and D: The correlation network represents features that are...