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Figure 1 | Genome Biology

Figure 1

From: A microRNA network regulates proliferative timing and extracellular matrix synthesis during cellular quiescence in fibroblasts

Figure 1

Widespread changes in microRNA abundance with quiescence. (A) The log2 fold-change in the expression of the 142 microRNAs that change expression at a 1% FDR during serum starvation (SS) or contact inhibition (CI) are depicted with respect to their average expression in proliferating (P) cells. Blue and yellow indicate negative and positive values, respectively. Genes are in order of the magnitude of their mean log2 fold change from proliferation to quiescence. (B) 'Volcano' plot of microRNA average log2 fold-change in quiescence conditions on the x-axis versus the log10 P value for the significance of the quiescence parameter in gene expression on the y-axis.

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