<p>Nodes with higher degree has lower fold change of gene expression in all network types. Genes between red lines have higher average degree and are filtered out from network analysis. Remaining nodes in DEG-derived networks have lower average degree and connectivity.</p
<p>A. Number of genes significantly differentially connected (DC; either loss or gain) in each tumor...
<p>Delineated nodes: framework genes that exhibited a line fold change difference between brain regi...
<p>Variations of the average height of the nodes from the Gene Ontology: together (top left), Biolog...
The top row corresponds to the genes whose degree decreased from IL and PL to LHB, while the bottom ...
<p>The top 10 genes of a random network denote the gene that rank top 10 in the random network initi...
<p>The network was constructed using candidate genes and common resistance genes. The degree of a ge...
<p>(a) The mean degrees of molecular interactions are significantly higher (p<0.05) in genes of EEPs...
Shared differentially expressed genes (DEGs) (TB and RA versus controls) were integrated in NetworkA...
The top network is gene-gene interaction network, the bottom network is disease-disease similarity n...
<p>Node size represents node degree; a larger size indicates a larger degree. Red represents up-regu...
<p>Network analyses of the genes whose expression was modified with ME vs CONT are shown. Major func...
<p>A line chart can show the relationship between the degree and gene number. Abscissa represents th...
<p>A, the preliminary network without the maximum connection. B, the final drought-responsive gene n...
<p>The degree distribution, with the frequency of node degree plotted on a log-log scale, is shown f...
<p>Nodes represent genes/molecules. Shading is proportional to fold change size (red: upregulated). ...
<p>A. Number of genes significantly differentially connected (DC; either loss or gain) in each tumor...
<p>Delineated nodes: framework genes that exhibited a line fold change difference between brain regi...
<p>Variations of the average height of the nodes from the Gene Ontology: together (top left), Biolog...
The top row corresponds to the genes whose degree decreased from IL and PL to LHB, while the bottom ...
<p>The top 10 genes of a random network denote the gene that rank top 10 in the random network initi...
<p>The network was constructed using candidate genes and common resistance genes. The degree of a ge...
<p>(a) The mean degrees of molecular interactions are significantly higher (p<0.05) in genes of EEPs...
Shared differentially expressed genes (DEGs) (TB and RA versus controls) were integrated in NetworkA...
The top network is gene-gene interaction network, the bottom network is disease-disease similarity n...
<p>Node size represents node degree; a larger size indicates a larger degree. Red represents up-regu...
<p>Network analyses of the genes whose expression was modified with ME vs CONT are shown. Major func...
<p>A line chart can show the relationship between the degree and gene number. Abscissa represents th...
<p>A, the preliminary network without the maximum connection. B, the final drought-responsive gene n...
<p>The degree distribution, with the frequency of node degree plotted on a log-log scale, is shown f...
<p>Nodes represent genes/molecules. Shading is proportional to fold change size (red: upregulated). ...
<p>A. Number of genes significantly differentially connected (DC; either loss or gain) in each tumor...
<p>Delineated nodes: framework genes that exhibited a line fold change difference between brain regi...
<p>Variations of the average height of the nodes from the Gene Ontology: together (top left), Biolog...
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