<p>A) Highly connected genes in the brown module. B) Highly connected genes in the turquoise module. C) Highly connected genes in the yellow module. The node shapes indicate gene biotype, hexagon = antisense, octagon = lincRNA, circle = protein-coding, rounded rectangle = pseudogene, and rectangle = sense overlapping. The connectivity of a gene is encoded in node size with bigger nodes meaning higher connectivity. Edge transparency and width encode gene pair adjacencies, with thicker lines and lower transparency meaning higher similarity.</p
The blue rectangle represents the gene and the grey line depicts interaction between a pair of hub g...
<p>This functional module characterises control of DNA replication. Nodes represent coding genes. Bl...
<p>Connection between genes affiliated with enriched (P-value <0.0001) functional categories. Genes ...
<p>The color represents the module and the dot represents the gene in the module. Red square represe...
<p>(<b>A</b>) Network connections are depicted between gene markers of oligodendrocytes in the VSP g...
<p>(<b>A</b>) Unweighted network showing the connectivity (TOM > 0.1) between the 46 hub genes ident...
indicates the height at which the tree was cut to produce the distinct gene clusters (modules) as de...
Nodes represent genes, and node size is correlated with the degree of connectivity of the gene.</p
<p>(A) E13 network, (B) E16 network. Gene node shape code: oval and circle – protein; diamond – liga...
indicates the height at which the tree was cut to produce the distinct gene clusters (modules) as de...
<p>Genes within transcriptional modules can be categorized as peripheral or hubs on the basis of how...
<p><b>A</b>. Network representation of the genetic covariation. The thickness of each connecting lin...
<p>Grey boxes represent gene regulatory modules; rectangles, genes in the modules; red rectangles, g...
<p>Network visualization of all genes comprising ErGeN3 that share at least one adjacent edge at a c...
<p>95 genes in Merged-module; each node denotes a gene in Merged module and edges depict co-expresse...
The blue rectangle represents the gene and the grey line depicts interaction between a pair of hub g...
<p>This functional module characterises control of DNA replication. Nodes represent coding genes. Bl...
<p>Connection between genes affiliated with enriched (P-value <0.0001) functional categories. Genes ...
<p>The color represents the module and the dot represents the gene in the module. Red square represe...
<p>(<b>A</b>) Network connections are depicted between gene markers of oligodendrocytes in the VSP g...
<p>(<b>A</b>) Unweighted network showing the connectivity (TOM > 0.1) between the 46 hub genes ident...
indicates the height at which the tree was cut to produce the distinct gene clusters (modules) as de...
Nodes represent genes, and node size is correlated with the degree of connectivity of the gene.</p
<p>(A) E13 network, (B) E16 network. Gene node shape code: oval and circle – protein; diamond – liga...
indicates the height at which the tree was cut to produce the distinct gene clusters (modules) as de...
<p>Genes within transcriptional modules can be categorized as peripheral or hubs on the basis of how...
<p><b>A</b>. Network representation of the genetic covariation. The thickness of each connecting lin...
<p>Grey boxes represent gene regulatory modules; rectangles, genes in the modules; red rectangles, g...
<p>Network visualization of all genes comprising ErGeN3 that share at least one adjacent edge at a c...
<p>95 genes in Merged-module; each node denotes a gene in Merged module and edges depict co-expresse...
The blue rectangle represents the gene and the grey line depicts interaction between a pair of hub g...
<p>This functional module characterises control of DNA replication. Nodes represent coding genes. Bl...
<p>Connection between genes affiliated with enriched (P-value <0.0001) functional categories. Genes ...