<p>Each column corresponds to module expression change in the drought stress response, row to a rice variety. Each cell contains the average of absolute log2-fold expression changes of module genes and the <i>p</i>-value for differences between the module average and the network average calculated by the t-test. The stars indicate that the average changes of modules are significantly greater than the network average (<i>p</i><0.001).</p
Understanding the molecular basis of plant performance under water-limiting conditions will help to ...
Background: Plant roots are important organs to uptake soil water and nutrients, perceiving and tran...
Rice (Oryza sativa L.) is more sensitive to drought stress than other cereals. To dissect molecular ...
<p>The x-axis represents microarray samples grouped into drought treated and control samples and y-a...
<p>The correspondence between consensus modules and modules found individually in drought and bacter...
Understanding the molecular mechanisms that underlie plant responses to drought stress is challengin...
<div><p>Understanding the molecular mechanisms that underlie plant responses to drought stress is ch...
<p>The average expression level for each gene in different tissue types was calculated based on the ...
<p>Hierarchical clustering and heatmap of expression levels in leaves of rice plants grown under con...
<p>The values are expressed as fold changes relative to the irrigated control for each gene. The bar...
In this study, the drought responses of two genotypes, IRAT109 and Zhenshan 97 (ZS97), representing...
<p>RNA samples were prepared from rice leaves collected on the 0 d, 6 d, 10 d, 14 d, and 16 d of dro...
The δ13C value is widely used to assess the effects of drought on water status in plants. However, t...
<p>(A) Relative expressions of <i>OsABA8ox3</i> gene in RNAi and overexpression lines; (B) Performan...
Understanding the molecular basis of plant performance under water-limiting conditions will help to ...
Understanding the molecular basis of plant performance under water-limiting conditions will help to ...
Background: Plant roots are important organs to uptake soil water and nutrients, perceiving and tran...
Rice (Oryza sativa L.) is more sensitive to drought stress than other cereals. To dissect molecular ...
<p>The x-axis represents microarray samples grouped into drought treated and control samples and y-a...
<p>The correspondence between consensus modules and modules found individually in drought and bacter...
Understanding the molecular mechanisms that underlie plant responses to drought stress is challengin...
<div><p>Understanding the molecular mechanisms that underlie plant responses to drought stress is ch...
<p>The average expression level for each gene in different tissue types was calculated based on the ...
<p>Hierarchical clustering and heatmap of expression levels in leaves of rice plants grown under con...
<p>The values are expressed as fold changes relative to the irrigated control for each gene. The bar...
In this study, the drought responses of two genotypes, IRAT109 and Zhenshan 97 (ZS97), representing...
<p>RNA samples were prepared from rice leaves collected on the 0 d, 6 d, 10 d, 14 d, and 16 d of dro...
The δ13C value is widely used to assess the effects of drought on water status in plants. However, t...
<p>(A) Relative expressions of <i>OsABA8ox3</i> gene in RNAi and overexpression lines; (B) Performan...
Understanding the molecular basis of plant performance under water-limiting conditions will help to ...
Understanding the molecular basis of plant performance under water-limiting conditions will help to ...
Background: Plant roots are important organs to uptake soil water and nutrients, perceiving and tran...
Rice (Oryza sativa L.) is more sensitive to drought stress than other cereals. To dissect molecular ...