<p>Hub regions in metabolic networks of the APOE <i>ε</i>4 carriers and the APOE <i>ε</i>4 noncarriers listing by the descending order of the APOE <i>ε</i>4 carriers’ normalized betweenness.</p
<p>A) Hierarchical clustering of the network by the steps between 4204 metabolic reactions, where th...
Processes in living cells are the result of interactions between biochemical compounds in highly com...
BACKGROUND: Metabolic networks represent all chemical reactions that occur between molecular metabol...
<p>B. The hub regions in APOE <i>ε</i>4 noncarriers. C. Differences of between-group nodal centralit...
<p>Hubs were visualized using BrainNet Viewer package (NKLCNL, Beijing Normal University). Blue circ...
<p>Above graphs indicate the changes in the Gamma </p><p></p><p></p><p><mi>γ</mi><mo>=</mo></p><p><m...
<div><p>Recently, some studies have applied the graph theory in brain network analysis in Alzheimer'...
Metabolites as hubs (high degree) and bottlenecks (high betweenness or closeness) in the network.</p
<p>Left: location of differential connectivity of DMN between ApoEε4<sup>−</sup> and ApoEε4<sup>+</s...
AbstractAnalysing subgraph patterns and recurring motifs in networks is a useful way to understand t...
<p>Plot of hub regions in NC found with glucose hypometabolism in AD and MCI. The center of the figu...
<p>Left: location of significantly differential connectivity of ECN between ApoEε4<sup>−</sup> and A...
Recently, some studies have applied the graph theory in brain network analysis in Alzheimer's diseas...
Processes in living cells are the result of interactions between biochemical compounds in highly com...
Abstract In this study, we investigate the relative organization of three (not independent) categori...
<p>A) Hierarchical clustering of the network by the steps between 4204 metabolic reactions, where th...
Processes in living cells are the result of interactions between biochemical compounds in highly com...
BACKGROUND: Metabolic networks represent all chemical reactions that occur between molecular metabol...
<p>B. The hub regions in APOE <i>ε</i>4 noncarriers. C. Differences of between-group nodal centralit...
<p>Hubs were visualized using BrainNet Viewer package (NKLCNL, Beijing Normal University). Blue circ...
<p>Above graphs indicate the changes in the Gamma </p><p></p><p></p><p><mi>γ</mi><mo>=</mo></p><p><m...
<div><p>Recently, some studies have applied the graph theory in brain network analysis in Alzheimer'...
Metabolites as hubs (high degree) and bottlenecks (high betweenness or closeness) in the network.</p
<p>Left: location of differential connectivity of DMN between ApoEε4<sup>−</sup> and ApoEε4<sup>+</s...
AbstractAnalysing subgraph patterns and recurring motifs in networks is a useful way to understand t...
<p>Plot of hub regions in NC found with glucose hypometabolism in AD and MCI. The center of the figu...
<p>Left: location of significantly differential connectivity of ECN between ApoEε4<sup>−</sup> and A...
Recently, some studies have applied the graph theory in brain network analysis in Alzheimer's diseas...
Processes in living cells are the result of interactions between biochemical compounds in highly com...
Abstract In this study, we investigate the relative organization of three (not independent) categori...
<p>A) Hierarchical clustering of the network by the steps between 4204 metabolic reactions, where th...
Processes in living cells are the result of interactions between biochemical compounds in highly com...
BACKGROUND: Metabolic networks represent all chemical reactions that occur between molecular metabol...