<p>The x-axis represents microarray samples grouped into drought treated and control samples and y-axis represents genes found in the module. Below the heatmap the corresponding module eigengene expression values are shown. The most significant functional terms found in the module are also shown. The number of genes found in each module and the percentage of up and downregulated genes in each module are shown as a pie chart. </p
<p>The heatmap was created by MultiExperiment Viewer based on the log2-transformed values of the rel...
Heatmaps of genes between non- (Column 1) and water-stress conditions (Column 2) exhibiting bidirect...
Heatmaps of genes between non- (Column 1) and water-stress conditions (Column 2) exhibiting unidirec...
for all genes specific to the turquoise (A), yellow (B), brown (C), blue (D), green (E), and red (F)...
<p>The nodes are color-coded by modules and gray nodes represent genes unassigned to a module. The o...
Understanding the molecular mechanisms that underlie plant responses to drought stress is challengin...
for all genes specific to the turquoise (A), yellow (B), brown (C), blue (D), green (E), and red (F)...
<p>A, heat map of our network. Genes in the rows and columns have been ordered by a MCL algorithm. E...
<p>This figure shows gene expression profiles based on sorghum drought stressed root and shoot tissu...
<div><p>Understanding the molecular mechanisms that underlie plant responses to drought stress is ch...
<p>Each column corresponds to module expression change in the drought stress response, row to a rice...
<p>The correspondence between consensus modules and modules found individually in drought and bacter...
<p>The heatmap shows color coded values based on Log(2)-ratio of test/control samples in different s...
<p>Hierarchical clustering and heatmap of expression levels in leaves of rice plants grown under con...
<p>Expression profile of genes in response to cold stress in: A. susceptible (PRA08-D-BH) and tolera...
<p>The heatmap was created by MultiExperiment Viewer based on the log2-transformed values of the rel...
Heatmaps of genes between non- (Column 1) and water-stress conditions (Column 2) exhibiting bidirect...
Heatmaps of genes between non- (Column 1) and water-stress conditions (Column 2) exhibiting unidirec...
for all genes specific to the turquoise (A), yellow (B), brown (C), blue (D), green (E), and red (F)...
<p>The nodes are color-coded by modules and gray nodes represent genes unassigned to a module. The o...
Understanding the molecular mechanisms that underlie plant responses to drought stress is challengin...
for all genes specific to the turquoise (A), yellow (B), brown (C), blue (D), green (E), and red (F)...
<p>A, heat map of our network. Genes in the rows and columns have been ordered by a MCL algorithm. E...
<p>This figure shows gene expression profiles based on sorghum drought stressed root and shoot tissu...
<div><p>Understanding the molecular mechanisms that underlie plant responses to drought stress is ch...
<p>Each column corresponds to module expression change in the drought stress response, row to a rice...
<p>The correspondence between consensus modules and modules found individually in drought and bacter...
<p>The heatmap shows color coded values based on Log(2)-ratio of test/control samples in different s...
<p>Hierarchical clustering and heatmap of expression levels in leaves of rice plants grown under con...
<p>Expression profile of genes in response to cold stress in: A. susceptible (PRA08-D-BH) and tolera...
<p>The heatmap was created by MultiExperiment Viewer based on the log2-transformed values of the rel...
Heatmaps of genes between non- (Column 1) and water-stress conditions (Column 2) exhibiting bidirect...
Heatmaps of genes between non- (Column 1) and water-stress conditions (Column 2) exhibiting unidirec...