Additional file 11 of The RNA-binding protein SERBP1 functions as a novel oncogenic factor in glioblastoma by bridging cancer metabolism and epigenetic regulation

  • Adam Kosti (Creator)
  • Patricia Rosa De Araujo (Contributor)
  • Wei Qing Li (Creator)
  • Gabriela D.A. Guardia (Creator)
  • Jennifer Chiou (Creator)
  • Caihong Yi (Creator)
  • Debashish Ray (Creator)
  • Fabiana Meliso (Creator)
  • Yi Ming Li (Creator)
  • Talia Delambre (Creator)
  • Mei Qiao (Creator)
  • Suzanne C. Burns (Creator)
  • Franziska K. Lorbeer (Creator)
  • Fanny Georgi (Creator)
  • Markus Flosbach (Creator)
  • Sarah Klinnert (Creator)
  • Anne Jenseit (Creator)
  • Xiufen Lei (Creator)
  • July Carolina Romero (Creator)
  • Kevin Ha (Creator)
  • Hong Zheng (Creator)
  • Renu Pandey (Creator)
  • Aleksandra Gruslova (Creator)
  • Yogesh K Gupta (Creator)
  • Andrew Brenner (Creator)
  • Erzsebet K Cearley (Creator)
  • Timothy R. Hughes (Creator)
  • Quaid D. Morris (Creator)
  • Pedro A F Galante (Creator)
  • Stefano Tiziani (Creator)
  • Luiz O Penalva (Creator)

Dataset

Description

Additional file 11: Table S10. Gene set enrichment analysis (GSEA) of genes upregulated upon SERBP1 knockdown. Sheet 1, EZH2 and SUZ12 matches in ChEA 2016 datasets; sheet 2, EZH2 and SUZ12 matches in ENCODE 2015 datasets; sheet 3, genes with SUZ12 binding sites compared to upregulated set in SERBP1 knockdown; sheet 4, all genes with EZH2 binding sites compared to upregulated set in SERBP1 knockdown; sheet 5, H3K27me3 profile in embryonic stem cells; sheet 6, all genes with H3K27me3 sites compared to upregulated set in SERBP1 knockdown sheet 7; overlap all results: EZH2, SUZ12 and H3K27me3.
Datos disponibles2020
EditorFigshare

Citar esto