<p>(A) Three representative examples of different types of regulatory interactions in the integrated network. On the left are illustrations of the network interactions: red and blue arrows represent splicing and transcription regulation, respectively, accordingly large red and blue circles represent SF and TF nodes, respectively. On the right are sketches illustrating how each interaction was defined: small red and blue circles represent predicted splicing or transcription binding motifs, respectively. The color of the transcript illustrated is as follows: red for genes belonging to the SF group, blue for genes belonging to the TF group and yellow for genes belonging to the kinase group. The top row demonstrates the splicing regulatory inte...
<p>Green color represents pPROM specific functions, blue- genes associated with both sPTB and pPROM ...
<div><p>(A) A transcriptional regulation network. Solid black bars indicate genes that encode transc...
Gene regulatory processes primarily comprise genes (yellow circles) and several proteins (monomers (...
<p>(A) Distribution of transcription regulation inedges for the three subgroups of network targets: ...
<p>(A) Model of development. The expression of each gene is regulated by combinatorial interaction b...
Traditionally the gene expression pathway has been regarded as being comprised of independent steps,...
<div><p>Traditionally the gene expression pathway has been regarded as being comprised of independen...
<p>(A) Schematic representation of the network, showing that each node (circles) “contains” one gene...
<p>A. Upregulated networks; B. Downregulated networks. The five top-scoring networks for each cell l...
<p>Grey boxes represent gene regulatory modules; rectangles, genes in the modules; red rectangles, g...
<p>(A) Sketch describing the combinatorial relations between SFs (red, on the right) and TFs (blue, ...
<p>Each circle represents a gene whose expression level is denoted by . Interactions between genes a...
<p>A maximum authorized number of 35 genes were used to generate a network. Direct interactions betw...
<p>In light of the constructed gene regulatory network and protein interaction network, the predicte...
<p>A: For genes that are associated with human diseases and immune pathways, larger dots correspond ...
<p>Green color represents pPROM specific functions, blue- genes associated with both sPTB and pPROM ...
<div><p>(A) A transcriptional regulation network. Solid black bars indicate genes that encode transc...
Gene regulatory processes primarily comprise genes (yellow circles) and several proteins (monomers (...
<p>(A) Distribution of transcription regulation inedges for the three subgroups of network targets: ...
<p>(A) Model of development. The expression of each gene is regulated by combinatorial interaction b...
Traditionally the gene expression pathway has been regarded as being comprised of independent steps,...
<div><p>Traditionally the gene expression pathway has been regarded as being comprised of independen...
<p>(A) Schematic representation of the network, showing that each node (circles) “contains” one gene...
<p>A. Upregulated networks; B. Downregulated networks. The five top-scoring networks for each cell l...
<p>Grey boxes represent gene regulatory modules; rectangles, genes in the modules; red rectangles, g...
<p>(A) Sketch describing the combinatorial relations between SFs (red, on the right) and TFs (blue, ...
<p>Each circle represents a gene whose expression level is denoted by . Interactions between genes a...
<p>A maximum authorized number of 35 genes were used to generate a network. Direct interactions betw...
<p>In light of the constructed gene regulatory network and protein interaction network, the predicte...
<p>A: For genes that are associated with human diseases and immune pathways, larger dots correspond ...
<p>Green color represents pPROM specific functions, blue- genes associated with both sPTB and pPROM ...
<div><p>(A) A transcriptional regulation network. Solid black bars indicate genes that encode transc...
Gene regulatory processes primarily comprise genes (yellow circles) and several proteins (monomers (...