<p>A) Change in Translation versus Change in pSILAC. A scatter plot of the change in protein abundance as measured by pSILAC vs. the change in translation by Gradient Encoding, each expressed as the Log<sub>2</sub> (treated/untreated). Trend lines and r values for the Spearman correlations between the two datasets are shown in black. B) Change in mRNA Abundance versus Change in pSILAC. As in “A”, but the x-axis is the change in mRNA abundance. C) Product of the Change in the mRNA Abundance and Change in Translation versus Change in pSILAC. As in “A”, but the x-axis is the Log<sub>2</sub> (treated/untreated translation x treated/untreated mRNA abundance). Abund. = Abundance, Trans. = Translation.</p
<p>Spearman's correlation was used to evaluate concordance between mRNA and protein abundances as de...
<p>A) Individual lists of proteins that changed by at least 1.5-fold were compared to the mRNA data ...
The improved correlation between “New translation rate” and (A) protein expression and (B) protein e...
<p>The correlation between transcript level and protein output is low, opening up a corridor for pos...
<p>(A) Left panel: Change of translation d (orthogonal distance from the regression line in <a href=...
This represents the matched protein (y-axis) and mRNA (x-axis) z-score normalized, log2 fold changes...
<p>Proteins were sorted by log<sub>2</sub> abundance ratio at both 24 h (A) and 48 h (B) and plotted...
<p>A) Shown are the coefficients of determination for mRNA fold-change – protein fold-change correla...
Translation is a central cellular process in every organism and understanding translation from the s...
<p>A) Imatinib Change in mRNA Abundance versus Change in Translation. Red points represent the genes...
<p>(A) mRNAs that were predicted by the microarray to have significantly altered abundance were eval...
<p>(A) Distribution of fold changes in gene expression (<i>y-axis</i>, log<sub>2</sub> scale) for ge...
<p>(A) Log(2) fold-changes for mRNA abundance are plotted against RPF fold-changes for <i>C. elegans...
<p>A, Left, the correlation of mRNA (orange) and ribosome footprint density (green) with protein lev...
<p>(<b>A</b>) versus abundance of proteins. The mRNA abundances are from <a href="http://www.plosco...
<p>Spearman's correlation was used to evaluate concordance between mRNA and protein abundances as de...
<p>A) Individual lists of proteins that changed by at least 1.5-fold were compared to the mRNA data ...
The improved correlation between “New translation rate” and (A) protein expression and (B) protein e...
<p>The correlation between transcript level and protein output is low, opening up a corridor for pos...
<p>(A) Left panel: Change of translation d (orthogonal distance from the regression line in <a href=...
This represents the matched protein (y-axis) and mRNA (x-axis) z-score normalized, log2 fold changes...
<p>Proteins were sorted by log<sub>2</sub> abundance ratio at both 24 h (A) and 48 h (B) and plotted...
<p>A) Shown are the coefficients of determination for mRNA fold-change – protein fold-change correla...
Translation is a central cellular process in every organism and understanding translation from the s...
<p>A) Imatinib Change in mRNA Abundance versus Change in Translation. Red points represent the genes...
<p>(A) mRNAs that were predicted by the microarray to have significantly altered abundance were eval...
<p>(A) Distribution of fold changes in gene expression (<i>y-axis</i>, log<sub>2</sub> scale) for ge...
<p>(A) Log(2) fold-changes for mRNA abundance are plotted against RPF fold-changes for <i>C. elegans...
<p>A, Left, the correlation of mRNA (orange) and ribosome footprint density (green) with protein lev...
<p>(<b>A</b>) versus abundance of proteins. The mRNA abundances are from <a href="http://www.plosco...
<p>Spearman's correlation was used to evaluate concordance between mRNA and protein abundances as de...
<p>A) Individual lists of proteins that changed by at least 1.5-fold were compared to the mRNA data ...
The improved correlation between “New translation rate” and (A) protein expression and (B) protein e...