<p>The pairwise variation Vn/(n + 1) was analyzed between the normalization factors NFn and NFn+1 using geNorm software. Vn/(n + 1) < 0.15 indicates that the inclusion of an additional reference gene is not required. Asterisks indicate the optimal number of reference genes required for normalization.</p
<p>Average pairwise variations (V) were calculated by geNorm between the normalization factors NF<su...
<p>The pairwise variation (Vn/Vn+1) was analyzed between normalization factors NFn and NFn+1 to dete...
<p>By using geNorm, the optimal number of reference genes in each sample was determined by an analys...
<p>The pairwise variation (V<sub>n/n+1</sub>) was analyzed for the normalization factors NFn and NFn...
<p>The pairwise variation was analyzed by GeNorm software. A value <0.15 indicates that normalizatio...
<p>Pairwise variation (Vn/n+1) analysis between the normalization factors (NFn and NFn+1) was perfor...
Determination of the optimal number of reference genes for normalization relied on the pairwise vari...
<p>The pairwise variation (Vn/Vn+1) was analyzed based on the geNorm algorithm to determine the opti...
<p>The pairwise variation (Vn/Vn+1) was calculated between the normalization factors NFn and NFn+1. ...
<p>Pairwise variation (V) was calculated by geNorm to determine the minimum number of reference gene...
<p>The pairwise variation (Vn/Vn+1) was caculated by geNorm between the normalization factors NFn an...
<p>The <i>geNorm</i> first calculates an expression stability value (M) for each gene and then compa...
<p>The pairwise variation (Vn/Vn+1) was analyzed between the normalization factors NFn and NFn+1 by ...
<p>Pairwise variation (V<sub>n</sub>/<sub>n+1</sub>) calculated between the normalization factors NF...
<p>A pairwise variation suggest that the added gene would improve normalization and should preferabl...
<p>Average pairwise variations (V) were calculated by geNorm between the normalization factors NF<su...
<p>The pairwise variation (Vn/Vn+1) was analyzed between normalization factors NFn and NFn+1 to dete...
<p>By using geNorm, the optimal number of reference genes in each sample was determined by an analys...
<p>The pairwise variation (V<sub>n/n+1</sub>) was analyzed for the normalization factors NFn and NFn...
<p>The pairwise variation was analyzed by GeNorm software. A value <0.15 indicates that normalizatio...
<p>Pairwise variation (Vn/n+1) analysis between the normalization factors (NFn and NFn+1) was perfor...
Determination of the optimal number of reference genes for normalization relied on the pairwise vari...
<p>The pairwise variation (Vn/Vn+1) was analyzed based on the geNorm algorithm to determine the opti...
<p>The pairwise variation (Vn/Vn+1) was calculated between the normalization factors NFn and NFn+1. ...
<p>Pairwise variation (V) was calculated by geNorm to determine the minimum number of reference gene...
<p>The pairwise variation (Vn/Vn+1) was caculated by geNorm between the normalization factors NFn an...
<p>The <i>geNorm</i> first calculates an expression stability value (M) for each gene and then compa...
<p>The pairwise variation (Vn/Vn+1) was analyzed between the normalization factors NFn and NFn+1 by ...
<p>Pairwise variation (V<sub>n</sub>/<sub>n+1</sub>) calculated between the normalization factors NF...
<p>A pairwise variation suggest that the added gene would improve normalization and should preferabl...
<p>Average pairwise variations (V) were calculated by geNorm between the normalization factors NF<su...
<p>The pairwise variation (Vn/Vn+1) was analyzed between normalization factors NFn and NFn+1 to dete...
<p>By using geNorm, the optimal number of reference genes in each sample was determined by an analys...