<p>*Lowest M value by <i>geNorm</i>.</p><p>Ranking of candidate reference genes according to the estimated values of stability of expression, as calculated by the <i>NormFinder</i> algorithm and M value calculated using <i>geNorm</i> estimated M–values, for the candidate reference genes.</p
<p>M values were calculated as average expression stability of reference genes during stepwise exclu...
<p>Ranking of the candidate reference genes according to their stability values using NormFinder.</p
<p>Ranking of the candidate reference genes according to their stability value using NormFinder.</p
<p>Candidate reference genes were ranked according to their expression stability values calculated b...
<p>Ranking of candidate reference genes according to their expression stability value calculated by ...
<p>Ranking of the stability of the expression of candidate reference genes by NormFinder, geNorm, an...
<p>Ranking of candidate reference genes based on expression stability values calculated by NormFinde...
Ranking of candidate genes according to their expression stability values (M) estimated using the ge...
<p>Ranking of the candidate reference genes according to their stability values using geNorm, NormFi...
<p>The cutoff for reference gene stability was proposed to be an M value of 0.5. Candidate reference...
<p>Note: Data were presented as expression stability value (M value) as calculated by NormFinder. Lo...
<p>Candidate reference genes were ranked in ascending order of expression stability, from the least ...
<p><sup>(+)</sup> Best combination of two genes and stability value for best combination of two gene...
<p>Ranking of candidate reference genes in order of their expression stability as calculated by Norm...
<p>Note. Higher Stability value (SV) indicates genes with low transcriptional stability, whereas low...
<p>M values were calculated as average expression stability of reference genes during stepwise exclu...
<p>Ranking of the candidate reference genes according to their stability values using NormFinder.</p
<p>Ranking of the candidate reference genes according to their stability value using NormFinder.</p
<p>Candidate reference genes were ranked according to their expression stability values calculated b...
<p>Ranking of candidate reference genes according to their expression stability value calculated by ...
<p>Ranking of the stability of the expression of candidate reference genes by NormFinder, geNorm, an...
<p>Ranking of candidate reference genes based on expression stability values calculated by NormFinde...
Ranking of candidate genes according to their expression stability values (M) estimated using the ge...
<p>Ranking of the candidate reference genes according to their stability values using geNorm, NormFi...
<p>The cutoff for reference gene stability was proposed to be an M value of 0.5. Candidate reference...
<p>Note: Data were presented as expression stability value (M value) as calculated by NormFinder. Lo...
<p>Candidate reference genes were ranked in ascending order of expression stability, from the least ...
<p><sup>(+)</sup> Best combination of two genes and stability value for best combination of two gene...
<p>Ranking of candidate reference genes in order of their expression stability as calculated by Norm...
<p>Note. Higher Stability value (SV) indicates genes with low transcriptional stability, whereas low...
<p>M values were calculated as average expression stability of reference genes during stepwise exclu...
<p>Ranking of the candidate reference genes according to their stability values using NormFinder.</p
<p>Ranking of the candidate reference genes according to their stability value using NormFinder.</p