Single-cell transcriptomic profiling of control and Wt1Cre; Sox9fl/fl; R26mG epicardial cells.

(A) UMAP depicting a subsetting and reclustering of the epicardial cell cluster. (B) Feature plots of epicardial marker Wt1 and reporter transcript Egfp indicated expression in all subpopulations of epicardial cells...

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Bibliographic Details
Main Author:	Andrew B. Harvey (21587431) (author)
Other Authors:	Allison M. Trouten (21587434) (author), Renélyn A. Wolters (21587437) (author), Jenna R. Drummond (21587440) (author), Raymond N. Deepe (21587443) (author), Hannah G. Tarolli (21587446) (author), Inara Devji (21587449) (author), Silvia G. Vaena (18199268) (author), Martin J. Romeo (18199271) (author), Robin Muise-Helmericks (6731099) (author), Paula S. Ramos (15244255) (author), Russell A. Norris (9310451) (author), Ge Tao (3953639) (author), Andy Wessels (382418) (author)
Published:	2025
Subjects:	Medicine Cell Biology Genetics Molecular Biology Developmental Biology Cancer Hematology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified ventricular myocardium associated investigate broader roles gene encoding sry div >< p atrioventricular valve mesenchyme mesenchymal transformation consistent coronary vasculature development cell types essential coronary vascular development derived cell invasion vascular development cell invasion mesenchymal cells cell rna heart development epicardial invasion use single specific deletion progenitor cells mural cells mesothelial lining invasive population insights provide histological observations giving rise cardiac fibroblasts
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Single-cell transcriptomic profiling of control and <i>Wt1</i><sup>Cre</sup>; <i>Sox9</i><sup>fl/fl</sup>; <i>R26</i><sup>mG</sup> epicardial cells.

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