[PDF] Top 20 Transcriptomic analysis of mouse limb tendon cells during development

... in limb tendon cells during ...in tendon formation (Docheva et ...in tendon cells during development, including Col14a1, Fmod, Dcn and ...a tendon ... See full document

... the development of mouse ...of mouse testes at three postnatal ages: 6 days postnatal, 4 weeks old and 10 weeks old, representing infant, juvenile and adult stages, respectively ...comparative ... See full document

... the mouse Col1a1 gene by Scx, via direct binding on the Col1a1 promoter (Lejard et ...developing limb tendons of Scx −/− mice (Murchison et ...late tendon marker (Jelinsky et ...14.5 mouse ... See full document

... integrative analysis of small-RNA-seq and mi- croarray data and follow-up validation experiments in a cell-based system, our study provides important clues about the candidate miRNA drivers of this ...the ... See full document

... genes Analysis of differential expression (at least 2-fold difference) of genes encoding functionally distinct protein families revealed solute carrier family (SLC) proteins to be the most affected with 41 ... See full document

... expression during VVC. A com- prehensive analysis of the ...transcriptome during VVC was precluded by our inability to obtain sufficient reads that map to the ...factor during the ... See full document

... Genetic analysis of the BMP pathway during chondrogenesis established that BMP signaling and antagonism are required recurrently for the proliferation of prechondrogenic progenitors, chondrocyte ... See full document

... of tendon progenitor formation in embryos carrying null mutations for Sox5 and Sox6 revealed that the two potential fates of the dorsolateral sclerotome are alternative, and that differentiation along one pathway ... See full document

... AER development implies that the concerted signaling of these and possibly other growth factors leads to the activation of different transcription factors that in turn elicit the instructions that permit proper ... See full document

... experienced. Mouse limb buds used in this study were very sensitive to the time spent in 2% trypsin; no longer than 30 minutes should be required if the buds are pricked with a needle prior to placing them ... See full document

... ric analysis of marker expression in stem cells can be chal- lenging as there is often no clear distinction between positive and negative populations ...gating during flow cytometric ... See full document

... expression during chick limb bud development In situ hybridisation to whole mount HH19 embryos showed that cSim1 transcripts were located in the lateral parts of somites, all along the ... See full document

... nascent limb bud mesenchyme (Masuya et ...antero-posterior limb bud patterning (Wang et al., 2000). During progression of limb bud development, Alx4 becomes critical to suppress ... See full document

... mesenchymal cells underneath the AER is essential for limb ...mesenchymal cells produce various signaling factors including fibroblast growth factors (FGFs) (Martin, 1998, Lewandoski et ...in ... See full document

... germ cells by using subtraction and differential screening between male and female fetal gonads at ...female during the same period (Kanno et ...Sertoli cells and its precursors from ...Sox9 ... See full document

... inflammatory cells and the expression of pro-inflammatory and anti-inflammatory growth factors (IL-1B, TGFB1, TGFB3, PDGF, IL-4, IL-6, IL-10) during early and late development by both mRNA expression ... See full document

... Pathway Analysis (IPA) software, the clustering of the 366 genes indicates that among the top canonical pathways, the ones displaying the largest number of DEGs are: Axon guidance signaling (13 genes), Protein ... See full document

... muscle–tendons during locomotion. Our research demonstrates that ankle muscle–tendon positive mechanical power is relatively cheap from a metabolic ...and during other locomotor tasks ...function ... See full document

... distal limb bud compared with distal anterior (P0.04) and also compared with the flank (P<0.0001), the proximal anterior (P0.02) and proximal posterior (P0.002) (Fig. 7B; supplementary material Table S7). ... See full document

... of cells were CD31 − CD45 − , representing interstitial cells, with 5-7% endothelial cells and ∼ 10% immune ...maintained during postnatal heart valve ...deposition during heart valve ... See full document