<p>Genes were identified by motif enrichment analysis with pValue for the G-box motif < = 0.001. Eleven modules were identified and labeled with the name of the representative gene. Red nodes – genes whose promoters contain the G-box motif; white nodes – genes whose promoters lack the G-box motif.</p
*<p>GO enrichment was calculated according to the modules in <a href="http://www.plosgenetics.org/ar...
Plants have significantly more transcription factor (TF) families than animals and fungi, and plant ...
Deciphering gene regulatory networks requires identification of gene expression modules. We describe...
<p>Genes were identified in the motif position analysis with z-score> = 3. Thirteen modules were ide...
<p>Genes were identified in the motif enrichment analysis with pValue for the W-box motifs < = 0.001...
<p>Genes were identified in the motif position analysis with z-score> = 3. Five modules were identif...
<p>Genes were identified in the motif enrichment analysis with a pValue for MYB motifs < = 0.01. Ten...
<p>(A) Genes identified to be regulated by the G-box, MYB, W-box, and site II element motifs are spr...
Understanding of gene regulatory networks requires discovery of expression modules within gene co-ex...
Understanding of gene regulatory networks requires discovery of expression modules within gene co-ex...
<p>Genes were identified in the motif position analysis with z-score> = 2.2. Sixteen modules were id...
<p>(A) A representation of the co-expression network. Each node represents a gene, while a connectio...
*<p>GO enrichment was calculated according to the modules in <a href="http://www.plosgenetics.org/ar...
<p>Five regulatory motifs were investigated in three networks, phosphorylation network, transcriptio...
<p>Grey boxes represent gene regulatory modules; rectangles, genes in the modules; red rectangles, g...
*<p>GO enrichment was calculated according to the modules in <a href="http://www.plosgenetics.org/ar...
Plants have significantly more transcription factor (TF) families than animals and fungi, and plant ...
Deciphering gene regulatory networks requires identification of gene expression modules. We describe...
<p>Genes were identified in the motif position analysis with z-score> = 3. Thirteen modules were ide...
<p>Genes were identified in the motif enrichment analysis with pValue for the W-box motifs < = 0.001...
<p>Genes were identified in the motif position analysis with z-score> = 3. Five modules were identif...
<p>Genes were identified in the motif enrichment analysis with a pValue for MYB motifs < = 0.01. Ten...
<p>(A) Genes identified to be regulated by the G-box, MYB, W-box, and site II element motifs are spr...
Understanding of gene regulatory networks requires discovery of expression modules within gene co-ex...
Understanding of gene regulatory networks requires discovery of expression modules within gene co-ex...
<p>Genes were identified in the motif position analysis with z-score> = 2.2. Sixteen modules were id...
<p>(A) A representation of the co-expression network. Each node represents a gene, while a connectio...
*<p>GO enrichment was calculated according to the modules in <a href="http://www.plosgenetics.org/ar...
<p>Five regulatory motifs were investigated in three networks, phosphorylation network, transcriptio...
<p>Grey boxes represent gene regulatory modules; rectangles, genes in the modules; red rectangles, g...
*<p>GO enrichment was calculated according to the modules in <a href="http://www.plosgenetics.org/ar...
Plants have significantly more transcription factor (TF) families than animals and fungi, and plant ...
Deciphering gene regulatory networks requires identification of gene expression modules. We describe...