Project description:Our study reports the first genome-wide atlas of functional nodes that mediate proviral silencing in ESCs. It provides evidences for the comprehensive, interconnected and multi-layered genetic/epigenetic machineries by which ESCs maintain the repressive state of provirus and ERVs. ChIP-seq analysis of Chaf1a, Trim28, Sumo2 and Zfp809 to demonstrate the mechanism of the silencing of Endogenous retroviruses
Project description:Multi-omics study of DBD-a4 helix of EWS::FLI to understand the underlying mechanism of transcriptional regulation in Ewing sarcoma cell line: TTC466
Project description:Multi-omics study of DBD-a4 helix of EWS::FLI to understand the underlying mechanism of transcriptional regulation in Ewing sarcoma cell line: TTC-466
Project description:Multi-omics study of DBD-a4 helix of EWS::FLI to understand the underlying mechanism of transcriptional regulation in Ewing sarcoma cell line: TTC-466
2025-02-27 | GSE268941 | GEO
Project description:Multi-omics Research on the Cold Tolerance Mechanism of Rhododendron
| PRJNA756577 | ENA
Project description:Multi-drug resistance mechanism of Helicobacter pylori clinical strains G272
Project description:The function and mechanism of autophagy in pancreatic cancer remained elusive owing to its complex biological process and multi-molecular involvement including non-coding RNAs. Here, we, from the view of mRNA, circRNA, lncRNA and miRNA, investigate the molecular mechanism of autophagy induction on human pancreatic cancer cells
2018-04-17 | GSE113201 | GEO
Project description:Multi-omics Research on the UV-B Tolerance Mechanism of Rhododendron