SRA

Using RNA-seq technology, we aimed to provide insight into the consequences of the knockdown of Smarcb1, an essential esBAF subunit, for the gene expression of murine embryonic stem cells. We were able to show that knockdown cells show both, an upregulation and a downregulation, of a high number of genes. Further, many of these genes are connected to central cellular processes like cell organization or cell adhesion as well as to critical developmental processes like nervous system development. Overall design: mRNA profiles of Smarcb1 wildtype and Smarcb1 knockdown murine ESC