<p>All values represent fold changes between biological replicates. Pair 1 = Condition 3 (WT CZ4126/02 grown in in CDM media to OD<sub>A600</sub> 1.0) replicate A vs. replicate B. Pair 2 = Condition 4 (CZ4126/02ΔLsr::Cm<sup>r</sup> grown in CDM media to OD<sub>A600</sub> 1.0) replicate A vs. replicate B. qRT-PCR data are the average from normalization against two different house-keeping genes and two different methods of analysis (Pfaffl-ΔΔC<sub>T</sub> and linear regression) *a statistically significant difference from SGH microarray analysis (passed all five filtering steps). Colors highlight fold changes above 2 (red) and below −2 (blue).</p
<p>Each value in qPCR data is represented by the mean of three independent replicates ± standard err...
<p>(A) Relative expression of 12 genes during fiber initiation. Mixtures of ovules and fibers at -1,...
1<p>Microarray experiment where two technical replicates were combined for each biological replicate...
<p>Parenthesis indicate standard deviation between multiple biological replicates.</p
<p>Black columns: microarray results. Gray columns: qRT-PCR. *: statistically significant results ac...
<p>The green bars represent gene expression quantities of control and DEHP-treatment groups microarr...
<p>The x-axis represents individual genes and the y-axis fold-change in expression by either microar...
<p>(A) Quantitative real time PCR was used to quantify gene expression of selected genes from neutro...
<p>(A) An example of qRT-PCR results for <i>Fst</i>, which showed increasing base-to-apex gradients ...
a<p>values based on RPKM normalization;</p>b<p>one qRT-PCR probe used;</p>c<p>not significant.</p
<p>A) Relative expression distribution (Y-axis) of ten selected genes is shown as a ratio comparing ...
<p>Log-transformed (in base 10) fold change values of the Q-PCR data (y-axis) were plotted against t...
<p>The same RNA used for Agilent microarrays was examined by QRTPCR. All fold changes were calculate...
<p>Differential gene expression from the microarrays analyses was confirmed by qRT-PCR of 10 selecte...
<p>(A) qRT-PCR on live and processed Stage 6 cells (n = 3) for pancreatic and housekeeping genes. (B...
<p>Each value in qPCR data is represented by the mean of three independent replicates ± standard err...
<p>(A) Relative expression of 12 genes during fiber initiation. Mixtures of ovules and fibers at -1,...
1<p>Microarray experiment where two technical replicates were combined for each biological replicate...
<p>Parenthesis indicate standard deviation between multiple biological replicates.</p
<p>Black columns: microarray results. Gray columns: qRT-PCR. *: statistically significant results ac...
<p>The green bars represent gene expression quantities of control and DEHP-treatment groups microarr...
<p>The x-axis represents individual genes and the y-axis fold-change in expression by either microar...
<p>(A) Quantitative real time PCR was used to quantify gene expression of selected genes from neutro...
<p>(A) An example of qRT-PCR results for <i>Fst</i>, which showed increasing base-to-apex gradients ...
a<p>values based on RPKM normalization;</p>b<p>one qRT-PCR probe used;</p>c<p>not significant.</p
<p>A) Relative expression distribution (Y-axis) of ten selected genes is shown as a ratio comparing ...
<p>Log-transformed (in base 10) fold change values of the Q-PCR data (y-axis) were plotted against t...
<p>The same RNA used for Agilent microarrays was examined by QRTPCR. All fold changes were calculate...
<p>Differential gene expression from the microarrays analyses was confirmed by qRT-PCR of 10 selecte...
<p>(A) qRT-PCR on live and processed Stage 6 cells (n = 3) for pancreatic and housekeeping genes. (B...
<p>Each value in qPCR data is represented by the mean of three independent replicates ± standard err...
<p>(A) Relative expression of 12 genes during fiber initiation. Mixtures of ovules and fibers at -1,...
1<p>Microarray experiment where two technical replicates were combined for each biological replicate...