Characterising dermis expansion and gene expression changes during mouse development (related to Fig 1)‏ Characterising dermis expansion and gene expression.

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Characterising dermis expansion and gene expression changes during mouse development (related to Fig 1)‏ Characterising dermis expansion and gene expression changes during mouse development (related to Fig 1) Modelling dermal fibroblast cell divisions during development (adapted from Rognoni et al, 2016). Predicted number of dermal fibroblast divisions during the transition from embryonic (E17.5) to neonatal (P2) and neonatal (P2) to adult (P50) mouse. Height, length and dermis diameter were measured (n = 3 mice per time point and gender), and the dermis volume was estimated by representing the mouse trunk as a cylinder. Cell densities were obtained from Fig 1A, and cell number at E17.5 (NE), P2 (NN) and P50 (NA) was estimated by multiplying cell density and dermis volume. The predicted cell division rate is calculated by the log2 of the Nolder/Nyounger ratio. Calculated values are shown in Table EV1.Representative cell cycle flow cytometry profiles for indicated time points. Note the sharp decrease in S‐phase with age and the arrest in G1.Comparative analysis of the transcriptomics of neonatal and adult mouse fibroblasts (GSE32966). The volcano plot (left panel) illustrates the differences in fibroblast gene expression at different ages. Colour code indicates entities not statistically significantly changed (grey), statistically significant but not enriched (green) or significantly changed with fold change > 2 and P‐value smaller than 0.05. Red corresponds to enriched in neonatal and blue to enriched in adult. Gene ontology (GO) analysis (right panel) of neonatal and adult fibroblasts. GO terms are highlighted in neonates (red) and adults (blue). Emanuel Rognoni et al. Mol Syst Biol 2018;14:e8174 © as stated in the article, figure or figure legend