<p>(A) S1; (B) T4; (C) the EGFR/ITGB1-T4R group; (D) the PI3K/MAPKK-T4R group; and (E) the MMP-T4R group. In each plot, the differential network for the corresponding cell state is shown. Nodes represent genes; edges represent interaction of the genes. Diseases associated with the genes in the network (unadjusted p-values<0.05) are color-coded and shown on the right; genes associated with a certain disease are also colored based on the color code for the corresponding disease. An asterisk indicates a disease that is significantly enriched in the corresponding differential network.</p
<p>Red circles in A are up-regulated genes, whereas green circles are down-regulated genes and the y...
The nodes represent genes and edges represent interaction between genes. The red and blue nodes sign...
<p><b>A.</b> Network related to cell assembly and organization as well as to connective tissue and s...
<p>(A) S1; (B) T4; (C) the EGFR/ITGB1-T4R group; (D) the PI3K/MAPKK-T4R group; and (E) the MMP-T4R g...
<p>(A) NEBL in the S1 differential network; (B) HBEGF in the T4-2 differential network; and (C) PAPD...
The top network is gene-gene interaction network, the bottom network is disease-disease similarity n...
<p>Nodes represent genes while links represent interaction between genes. Size nodes indicate connec...
<p>(A) Top network of differentially regulated genes between patients of “Cluster 1” and healthy ind...
<p>Using top 10 percent hub genes from the modules we constructed networks of each module and detect...
<p>Molecules are represented as nodes, and the biological relationship between two nodes is represen...
<p>This network is specifically showing genes that are up-regulated in pluripotent stem cells compar...
The nodes represent genes and edges represent interaction between genes. The red and blue nodes sign...
<p>A. Number of genes significantly differentially connected (DC; either loss or gain) in each tumor...
<p>Intensity of the red color indicates the degree of upregulation. Intensity of the green color ind...
<p>Dots in the right corner of a gene indicate differential expression, blue for down-regulated gene...
<p>Red circles in A are up-regulated genes, whereas green circles are down-regulated genes and the y...
The nodes represent genes and edges represent interaction between genes. The red and blue nodes sign...
<p><b>A.</b> Network related to cell assembly and organization as well as to connective tissue and s...
<p>(A) S1; (B) T4; (C) the EGFR/ITGB1-T4R group; (D) the PI3K/MAPKK-T4R group; and (E) the MMP-T4R g...
<p>(A) NEBL in the S1 differential network; (B) HBEGF in the T4-2 differential network; and (C) PAPD...
The top network is gene-gene interaction network, the bottom network is disease-disease similarity n...
<p>Nodes represent genes while links represent interaction between genes. Size nodes indicate connec...
<p>(A) Top network of differentially regulated genes between patients of “Cluster 1” and healthy ind...
<p>Using top 10 percent hub genes from the modules we constructed networks of each module and detect...
<p>Molecules are represented as nodes, and the biological relationship between two nodes is represen...
<p>This network is specifically showing genes that are up-regulated in pluripotent stem cells compar...
The nodes represent genes and edges represent interaction between genes. The red and blue nodes sign...
<p>A. Number of genes significantly differentially connected (DC; either loss or gain) in each tumor...
<p>Intensity of the red color indicates the degree of upregulation. Intensity of the green color ind...
<p>Dots in the right corner of a gene indicate differential expression, blue for down-regulated gene...
<p>Red circles in A are up-regulated genes, whereas green circles are down-regulated genes and the y...
The nodes represent genes and edges represent interaction between genes. The red and blue nodes sign...
<p><b>A.</b> Network related to cell assembly and organization as well as to connective tissue and s...