<p>This figure illustrates the inferred gene regulatory network with weights for literature-recorded pathways and regulations by TFs. <i>Corticosteroid</i> and genes of TFs are drawn as a red circle and green circles, respectively. Estimated edges with weights for literature derived regulations are illustrated as orange. Red and blue simulation profiles are roughly distinguished to up-regulated and down-regulated genes, respectively.</p
<p>Molecules are represented as nodes, and the biological relationship between two nodes is represen...
<p>(A) Sketch describing the combinatorial relations between SFs (red, on the right) and TFs (blue, ...
<p>This plot shows an integrated gene-regulation network which is built based on those KEGG pathways...
<p>This figure illustrates the inferred gene regulatory network with weights for literature-recorded...
<p>Red and green fill indicate up- and down regulation, respectively in treated animals relative to ...
<p>Nodes represent genes/molecules. Shading is proportional to fold change size (red: upregulated). ...
<p>The network includes all the gene regulatory relationships between and within top 10 gene regulat...
<p>Network analyses of the genes whose expression was modified with ME vs CONT are shown. Major func...
<p>Predicted connections between the differentially regulated genes in spleen. Information about the...
<p>Distribution of unigenes into different pathways, generated in MapMan, are illustrated. Log<sub>2...
<p>Upstream regulators are displayed in the top tier, while diseases, functions and phenotypes are d...
Two representative networks are shown: the C/EBPβ c-jun network and the NF-κB network. A legend for ...
<p>Red circles in A are up-regulated genes, whereas green circles are down-regulated genes and the y...
<p>Highest confidence network of genes displaying altered expression levels in response to secreted ...
<p>Schematic visualization of shared associations between transcription factors (TFs), miRNAs, and d...
<p>Molecules are represented as nodes, and the biological relationship between two nodes is represen...
<p>(A) Sketch describing the combinatorial relations between SFs (red, on the right) and TFs (blue, ...
<p>This plot shows an integrated gene-regulation network which is built based on those KEGG pathways...
<p>This figure illustrates the inferred gene regulatory network with weights for literature-recorded...
<p>Red and green fill indicate up- and down regulation, respectively in treated animals relative to ...
<p>Nodes represent genes/molecules. Shading is proportional to fold change size (red: upregulated). ...
<p>The network includes all the gene regulatory relationships between and within top 10 gene regulat...
<p>Network analyses of the genes whose expression was modified with ME vs CONT are shown. Major func...
<p>Predicted connections between the differentially regulated genes in spleen. Information about the...
<p>Distribution of unigenes into different pathways, generated in MapMan, are illustrated. Log<sub>2...
<p>Upstream regulators are displayed in the top tier, while diseases, functions and phenotypes are d...
Two representative networks are shown: the C/EBPβ c-jun network and the NF-κB network. A legend for ...
<p>Red circles in A are up-regulated genes, whereas green circles are down-regulated genes and the y...
<p>Highest confidence network of genes displaying altered expression levels in response to secreted ...
<p>Schematic visualization of shared associations between transcription factors (TFs), miRNAs, and d...
<p>Molecules are represented as nodes, and the biological relationship between two nodes is represen...
<p>(A) Sketch describing the combinatorial relations between SFs (red, on the right) and TFs (blue, ...
<p>This plot shows an integrated gene-regulation network which is built based on those KEGG pathways...