Wt1os lncRNA as a Novel Regulator of Podocyte Function (CUT&TAG of mouse glomeruli)
The goal of this study is to investigate the biological role of the podocyte-specific long non-coding RNA Wt1os (human ortholog WT1-AS) and its contribution to glomerular health and disease. The experimental workflow integrates both in vivo and cell culture approaches. We generated a Wt1os loss-of-function mouse model and assessed kidney morphology and function using histological techniques and high-resolution microscopy. Promoter activity was evaluated through CUT&Tag analysis of H3K27ac histone marks. This dataset contains CUT&TAG data from 3 wild type and 3 Wt1os loss-of-function mutant mice.
The goal of this study is to investigate the biological role of the podocyte-specific long non-coding RNA Wt1os (human ortholog WT1-AS) and its contribution to glomerular health and disease. The experimental workflow integrates both in vivo and cell culture approaches. We generated a Wt1os loss-of-function mouse model and assessed kidney morphology and function using histological techniques and high-resolution microscopy. Promoter activity was evaluated through CUT&Tag analysis of H3K27ac histone marks. This dataset contains CUT&TAG data from 3 wild type and 3 Wt1os loss-of-function mutant mice.
European Bioinformatics Institute