<p>The black bars represent RNA-seq data, and the white bars represent the qRT-PCR data. The RNA-seq data were first restituted to 2<sup>×</sup>. The linear regression [(RNA-seq value) = a (RT-PCR value) + b] analysis indicated a positive relationship between them.</p
<p>(A) 13 genes expression from qRT-PCR. Results respresent mean + S.E.M. (N = 5) (B) 13 genes expre...
<p>Pearson correlation coefficient(r = 0.960) was used to determine the similarity in gene expressio...
<p>“<sup>#</sup>” indicate different expression models in RNA-seq analysis and qRT-PCR assays. “n.d....
<p>Note: Individual gene expression ratios were calculated using RPKM data generated by RNA-seq and ...
<p>(A) Expression ratios (Log<sub>2</sub><sup>FC</sup>) obtained by RNA-seq and qRT-PCR. The express...
Plot of gene expression log2 ratios (LA vs BP, LA vs BM and BP vs BM) determined by the RNA-Seq (X-a...
<p>Fold changes were calculated for 42 DEGs and a high correlation (R<sup>2</sup> > 0.93) was observ...
<p>(A) Expression ratios (FPKM fold change) obtained from transcriptome data (blue) and RT-qPCR data...
<p>(A) Expression ratios (FPKM fold change) obtained from transcriptome data (red) and RT-qPCR (blue...
<p>Results of qRT-PCR analysis of remarkable genes at Stage IV are shown as the relative expression ...
<p>Differential expression of twenty genes was analyzed by RT-qPCR and calculated log<sub>2</sub> fo...
<p>(A) Close correlation (r<sup>2</sup> = 0.80) of 12 selected genes between two approaches. (B) Com...
<p>A comparison of the results from RNA-seq and from qRT-PCR analyses of differentially expressed ge...
<p>Eight genes were selected, and their transcript levels were quantified by Q-RT-PCR. Results of Q-...
<p>Bar plots of Log2ChangeFold of the subset of genes chosen to validate the RNASeq (red) pattern of...
<p>(A) 13 genes expression from qRT-PCR. Results respresent mean + S.E.M. (N = 5) (B) 13 genes expre...
<p>Pearson correlation coefficient(r = 0.960) was used to determine the similarity in gene expressio...
<p>“<sup>#</sup>” indicate different expression models in RNA-seq analysis and qRT-PCR assays. “n.d....
<p>Note: Individual gene expression ratios were calculated using RPKM data generated by RNA-seq and ...
<p>(A) Expression ratios (Log<sub>2</sub><sup>FC</sup>) obtained by RNA-seq and qRT-PCR. The express...
Plot of gene expression log2 ratios (LA vs BP, LA vs BM and BP vs BM) determined by the RNA-Seq (X-a...
<p>Fold changes were calculated for 42 DEGs and a high correlation (R<sup>2</sup> > 0.93) was observ...
<p>(A) Expression ratios (FPKM fold change) obtained from transcriptome data (blue) and RT-qPCR data...
<p>(A) Expression ratios (FPKM fold change) obtained from transcriptome data (red) and RT-qPCR (blue...
<p>Results of qRT-PCR analysis of remarkable genes at Stage IV are shown as the relative expression ...
<p>Differential expression of twenty genes was analyzed by RT-qPCR and calculated log<sub>2</sub> fo...
<p>(A) Close correlation (r<sup>2</sup> = 0.80) of 12 selected genes between two approaches. (B) Com...
<p>A comparison of the results from RNA-seq and from qRT-PCR analyses of differentially expressed ge...
<p>Eight genes were selected, and their transcript levels were quantified by Q-RT-PCR. Results of Q-...
<p>Bar plots of Log2ChangeFold of the subset of genes chosen to validate the RNASeq (red) pattern of...
<p>(A) 13 genes expression from qRT-PCR. Results respresent mean + S.E.M. (N = 5) (B) 13 genes expre...
<p>Pearson correlation coefficient(r = 0.960) was used to determine the similarity in gene expressio...
<p>“<sup>#</sup>” indicate different expression models in RNA-seq analysis and qRT-PCR assays. “n.d....