<p>Six genes were selected and their time-course expression profiles were evaluated by quantitative real-time PCR in samples with (+) or without (−) DEX at given time points. (A) Fold changes were obtained from microarray analysis. (B) Fold changes were obtained from qRT-PCR analysis. Relative expression was obtained using 26S rRNA as an internal control. cDNAs were synthesised from three biological replicates.</p
<p>A. Validation of gene expression changes by qPCR The expression profiles of seven representative ...
<p>The log<sub>2</sub>(LK/CK) values derived from the microarray data of 15 genes were compared with...
<p>Data is expressed as fold expression changes of Pou5F1, MT1G, MAPK10, NOTCH1 and NES. Results are...
<p>Expression changes of 10 selected transcripts depicting similarities in expression patterns betwe...
<p>The fold change of the regulation of distinct genes (x-axis) identified by microarray analysis (b...
<p>(A) RT-PCR confirmation of Affymetrix array data on 31 selected up- or down-regulated genes. Log2...
<p>Total RNA used for microarray analyses was subjected to real-time PCR quantification. The standar...
<p>(A) Quantitative real time PCR was used to quantify gene expression of selected genes from neutro...
<p>Confirmation of the microarray results was obtained for a subset of genes by quantitative RT-PCR ...
<p><b>NOTE.</b><i>vs</i>, versus; NS, not significantly changed; ND, not detected; qPCR, quantitativ...
<p>For verification of gene expression real-time PCR was performed for four genes including CD83, TN...
<p>Correlation plots indicating the relationship between qPCR results (fold change; Y- axis)) of six...
Microarray technology allows us to perform high-throughput screening of changes in gene expression. ...
<p>Fold changes in in vivo gene expression at 4, 6, 14 and 38h post-infection, compared to the in vi...
<p>Quantitative real-time PCR was performed for IL-8, ID2, SOX4 and SOX9. Fold-changes represent exp...
<p>A. Validation of gene expression changes by qPCR The expression profiles of seven representative ...
<p>The log<sub>2</sub>(LK/CK) values derived from the microarray data of 15 genes were compared with...
<p>Data is expressed as fold expression changes of Pou5F1, MT1G, MAPK10, NOTCH1 and NES. Results are...
<p>Expression changes of 10 selected transcripts depicting similarities in expression patterns betwe...
<p>The fold change of the regulation of distinct genes (x-axis) identified by microarray analysis (b...
<p>(A) RT-PCR confirmation of Affymetrix array data on 31 selected up- or down-regulated genes. Log2...
<p>Total RNA used for microarray analyses was subjected to real-time PCR quantification. The standar...
<p>(A) Quantitative real time PCR was used to quantify gene expression of selected genes from neutro...
<p>Confirmation of the microarray results was obtained for a subset of genes by quantitative RT-PCR ...
<p><b>NOTE.</b><i>vs</i>, versus; NS, not significantly changed; ND, not detected; qPCR, quantitativ...
<p>For verification of gene expression real-time PCR was performed for four genes including CD83, TN...
<p>Correlation plots indicating the relationship between qPCR results (fold change; Y- axis)) of six...
Microarray technology allows us to perform high-throughput screening of changes in gene expression. ...
<p>Fold changes in in vivo gene expression at 4, 6, 14 and 38h post-infection, compared to the in vi...
<p>Quantitative real-time PCR was performed for IL-8, ID2, SOX4 and SOX9. Fold-changes represent exp...
<p>A. Validation of gene expression changes by qPCR The expression profiles of seven representative ...
<p>The log<sub>2</sub>(LK/CK) values derived from the microarray data of 15 genes were compared with...
<p>Data is expressed as fold expression changes of Pou5F1, MT1G, MAPK10, NOTCH1 and NES. Results are...