<p>This subnetwork contains 24 interactions. The highlighted solid edges represent the interactions present in the corresponding OLP. The highlighted dashed edges represent the interactions of the potential oncogenic pathway (ERBB2 EGFR STAT3 VEGFA). Blue and red edges represent, respectively, protein physical and transcriptional regulation interactions; orange nodes represent genes participating in the known or potential oncogenic pathways.</p
<p>Intensity of the red color indicates the degree of upregulation. Intensity of the green color ind...
The network nodes depict target proteins, and the edges represent protein-protein relationships.</p
<p>Red color represents up-regulated differentially expressed genes (DEGs) and green represents down...
<p>The nodes and edges represent the proteins (genes) and their interactions, respectively. Colored ...
<p>Each node represents one gene, wheras each edge represents the interaction between two genes. The...
<p>A: For genes that are associated with human diseases and immune pathways, larger dots correspond ...
<p>a) Networks of ER<i>α</i> bound interacting genes. Each color represents a different chromosome. ...
<p>The color of the pie chart in the node illustrates the proportion of treatment condition and the ...
<p>Nodes in orange denote pathways identified as relevant in both literature and enrichment analysis...
<p>The circles indicate cancer-risk modules, and the proportion of orange parts indicates cancer ris...
<p>Blue nodes represent candidate disease genes, and the yellow ones represent known disease genes.<...
<p>Blue nodes represent candidate disease genes, and the yellow ones represent known disease genes.<...
<p><b>(4A)</b> A group of 237 of the 719 differentially expressed genes between PT<sup>Neg</sup> and...
<p>The pink nodes were highly possible novel esophageal cancer-related genes and chemicals. The red ...
<p>The four candidate ovarian cancer-related genes are colored in red, ovarian cancer-related genes ...
<p>Intensity of the red color indicates the degree of upregulation. Intensity of the green color ind...
The network nodes depict target proteins, and the edges represent protein-protein relationships.</p
<p>Red color represents up-regulated differentially expressed genes (DEGs) and green represents down...
<p>The nodes and edges represent the proteins (genes) and their interactions, respectively. Colored ...
<p>Each node represents one gene, wheras each edge represents the interaction between two genes. The...
<p>A: For genes that are associated with human diseases and immune pathways, larger dots correspond ...
<p>a) Networks of ER<i>α</i> bound interacting genes. Each color represents a different chromosome. ...
<p>The color of the pie chart in the node illustrates the proportion of treatment condition and the ...
<p>Nodes in orange denote pathways identified as relevant in both literature and enrichment analysis...
<p>The circles indicate cancer-risk modules, and the proportion of orange parts indicates cancer ris...
<p>Blue nodes represent candidate disease genes, and the yellow ones represent known disease genes.<...
<p>Blue nodes represent candidate disease genes, and the yellow ones represent known disease genes.<...
<p><b>(4A)</b> A group of 237 of the 719 differentially expressed genes between PT<sup>Neg</sup> and...
<p>The pink nodes were highly possible novel esophageal cancer-related genes and chemicals. The red ...
<p>The four candidate ovarian cancer-related genes are colored in red, ovarian cancer-related genes ...
<p>Intensity of the red color indicates the degree of upregulation. Intensity of the green color ind...
The network nodes depict target proteins, and the edges represent protein-protein relationships.</p
<p>Red color represents up-regulated differentially expressed genes (DEGs) and green represents down...