<p>The genes are depicted as <i>nodes</i> of causal network. The hypotheses genes are distinctly colored as ‘red’ or ‘blue’ representing their over- or under-expression respectively, observed in study dataset. Relationships are depicted as <i>edge</i> or arrow in causal network. The solid arrow represents ‘activation’ relationship between connected nodes, whereas dashed arrow represents ‘inhibition’ relationship between the connected nodes. The node which has been identified as hypothesis gene, and also downstream gene for some other hypothesis, has been marked with an extra peripheral surrounding.</p
<p>Key: Individual nodes represent proteins with relationships represented by edges. Nodes coloured ...
<p>The STRING database was used to predict the relationships between the differentially expressed im...
<p>The network consists of three types of genes, cellular HSC genes (yellow), secreted HSC gene prod...
<p>Node A represents a hub gene while node B represents a peripheral gene. Lines connecting nodes re...
<p>Gene connections are marked as lines, new genes marked as hollow circles (marked with arrows) and...
<p>Genes or gene products are represented as nodes, and the biological relationship between two node...
<p>A: For genes that are associated with human diseases and immune pathways, larger dots correspond ...
<p>The network nodes represent the proteins encoded by the genes. Different colored lines link a num...
<p>The network in panel A shows the set of potential edges to start with. The arrows indicate the di...
<p>Upstream regulators are displayed in the top tier, while diseases, functions and phenotypes are d...
<p>(A) Chain of 20 causal genes. (B) Chain of 10 causal genes. The nodes in purple are genes found b...
<p>It contains 6608 nodes and 17511 edges. The edge from node A to node B means that the correlation...
<p>Intensity of the red color indicates the degree of upregulation. Intensity of the green color ind...
<p>A) Inferred regulatory network of 12 genes known to participate in the yeast cell-cycle. Thick li...
<p>Red and green fill indicate up- and down regulation, respectively in treated animals relative to ...
<p>Key: Individual nodes represent proteins with relationships represented by edges. Nodes coloured ...
<p>The STRING database was used to predict the relationships between the differentially expressed im...
<p>The network consists of three types of genes, cellular HSC genes (yellow), secreted HSC gene prod...
<p>Node A represents a hub gene while node B represents a peripheral gene. Lines connecting nodes re...
<p>Gene connections are marked as lines, new genes marked as hollow circles (marked with arrows) and...
<p>Genes or gene products are represented as nodes, and the biological relationship between two node...
<p>A: For genes that are associated with human diseases and immune pathways, larger dots correspond ...
<p>The network nodes represent the proteins encoded by the genes. Different colored lines link a num...
<p>The network in panel A shows the set of potential edges to start with. The arrows indicate the di...
<p>Upstream regulators are displayed in the top tier, while diseases, functions and phenotypes are d...
<p>(A) Chain of 20 causal genes. (B) Chain of 10 causal genes. The nodes in purple are genes found b...
<p>It contains 6608 nodes and 17511 edges. The edge from node A to node B means that the correlation...
<p>Intensity of the red color indicates the degree of upregulation. Intensity of the green color ind...
<p>A) Inferred regulatory network of 12 genes known to participate in the yeast cell-cycle. Thick li...
<p>Red and green fill indicate up- and down regulation, respectively in treated animals relative to ...
<p>Key: Individual nodes represent proteins with relationships represented by edges. Nodes coloured ...
<p>The STRING database was used to predict the relationships between the differentially expressed im...
<p>The network consists of three types of genes, cellular HSC genes (yellow), secreted HSC gene prod...