<p>Nodes represent genes/molecules. Shading is proportional to RPKM value. Direct and indirect relationships are denoted with solid and dashed lines, respectively. White nodes denote network members that were not altered in the network. Lines ending in an arrow or blunt end indicate known direction of molecular activation or inhibition, respectively. Different shapes of genes represent different gene functions.</p
<p>Schematic visualization of shared associations between transcription factors (TFs), miRNAs, and d...
<p>Gene products are represented using circle-shaped symbols with connected edges drawn between them...
Every node represents one gene, and each edge represents the interaction between genes. mRNAs, miRNA...
<p>Nodes represent genes/molecules. Shading is proportional to fold change size (red: upregulated). ...
<p>Network analyses of the genes whose expression was modified with ME vs CONT are shown. Major func...
<p>Molecules are represented as nodes, and the biological relationship between two nodes is represen...
<p>A maximum authorized number of 35 genes were used to generate a network. Direct interactions betw...
<p>This interaction network for the top 2000 genes which showed a higher expression level in RG was ...
<p>The network includes all the gene regulatory relationships between and within top 10 gene regulat...
<p>Connection between genes affiliated with enriched (P-value <0.0001) functional categories. Genes ...
<p>Nodes represent individual subgraphs with blue, red or yellow nodes corresponding to subgraphs fr...
<p>Ingenuity Pathway Analysis network of differentially expressed genes at post-challenge comparing ...
The network was complemented with the co-occurrence relationships, in order to summarize the two kin...
<p>A. Upregulated networks; B. Downregulated networks. The five top-scoring networks for each cell l...
The nodes represent genes; only connected nodes are shown (k = 87). The color saturation of edges co...
<p>Schematic visualization of shared associations between transcription factors (TFs), miRNAs, and d...
<p>Gene products are represented using circle-shaped symbols with connected edges drawn between them...
Every node represents one gene, and each edge represents the interaction between genes. mRNAs, miRNA...
<p>Nodes represent genes/molecules. Shading is proportional to fold change size (red: upregulated). ...
<p>Network analyses of the genes whose expression was modified with ME vs CONT are shown. Major func...
<p>Molecules are represented as nodes, and the biological relationship between two nodes is represen...
<p>A maximum authorized number of 35 genes were used to generate a network. Direct interactions betw...
<p>This interaction network for the top 2000 genes which showed a higher expression level in RG was ...
<p>The network includes all the gene regulatory relationships between and within top 10 gene regulat...
<p>Connection between genes affiliated with enriched (P-value <0.0001) functional categories. Genes ...
<p>Nodes represent individual subgraphs with blue, red or yellow nodes corresponding to subgraphs fr...
<p>Ingenuity Pathway Analysis network of differentially expressed genes at post-challenge comparing ...
The network was complemented with the co-occurrence relationships, in order to summarize the two kin...
<p>A. Upregulated networks; B. Downregulated networks. The five top-scoring networks for each cell l...
The nodes represent genes; only connected nodes are shown (k = 87). The color saturation of edges co...
<p>Schematic visualization of shared associations between transcription factors (TFs), miRNAs, and d...
<p>Gene products are represented using circle-shaped symbols with connected edges drawn between them...
Every node represents one gene, and each edge represents the interaction between genes. mRNAs, miRNA...