<p>Average expression stability values (M) of the reference genes measured during geNorm stepwise exclusion of the least stable reference genes. Both the developmental (A) and leaf gradient (B) datasets are shown; lower values of average expression stability, M, indicate more stable expression.</p
<p>Candidate reference genes were ranked according to their expression stability values calculated b...
<p>Ranking of gene expression stability was performed in all the samples, in abiotic stress samples,...
<p>M values were calculated as average expression stability of reference genes during stepwise exclu...
<p>(a) Different tissues, (b) Different development stages grown in three geographical locations, (c...
Average expression stability (M) of the reference genes was measured during stepwise exclusion of th...
<p>The cutoff for reference gene stability was proposed to be an M value of 0.5. Candidate reference...
<p>Average expressional stability values (M) following stepwise exclusion of the least stable gene a...
<p>(A) All 29 samples, (B) different organs, (C) leaves in different developmental processes, (D) sc...
<p>Mean expression stability (M) was calculated following stepwise exclusion of the least stable gen...
<p>Average expression stability values (M) following stepwise exclusion of the least-stable gene acr...
<p>Gene expression stability (M value–y-axis) is shown for the candidate reference genes (x-axis) fr...
<p>Expression stability and ranking of 11 reference genes calculated with geNorm in all the samples ...
<p>Average expression stability value (M) was calculated by stepwise exclusion of the least stable g...
<p>Average expression stability values (M) of 12 candidate reference genes under different condition...
<p>M-value is inversely related to gene stability. The cutoff M-value was set at 1.5; the direction ...
<p>Candidate reference genes were ranked according to their expression stability values calculated b...
<p>Ranking of gene expression stability was performed in all the samples, in abiotic stress samples,...
<p>M values were calculated as average expression stability of reference genes during stepwise exclu...
<p>(a) Different tissues, (b) Different development stages grown in three geographical locations, (c...
Average expression stability (M) of the reference genes was measured during stepwise exclusion of th...
<p>The cutoff for reference gene stability was proposed to be an M value of 0.5. Candidate reference...
<p>Average expressional stability values (M) following stepwise exclusion of the least stable gene a...
<p>(A) All 29 samples, (B) different organs, (C) leaves in different developmental processes, (D) sc...
<p>Mean expression stability (M) was calculated following stepwise exclusion of the least stable gen...
<p>Average expression stability values (M) following stepwise exclusion of the least-stable gene acr...
<p>Gene expression stability (M value–y-axis) is shown for the candidate reference genes (x-axis) fr...
<p>Expression stability and ranking of 11 reference genes calculated with geNorm in all the samples ...
<p>Average expression stability value (M) was calculated by stepwise exclusion of the least stable g...
<p>Average expression stability values (M) of 12 candidate reference genes under different condition...
<p>M-value is inversely related to gene stability. The cutoff M-value was set at 1.5; the direction ...
<p>Candidate reference genes were ranked according to their expression stability values calculated b...
<p>Ranking of gene expression stability was performed in all the samples, in abiotic stress samples,...
<p>M values were calculated as average expression stability of reference genes during stepwise exclu...