BioProject

Increasing evidence suggests that linker histone H1 can influence distinct cellular processes by acting as a gene-specific regulator. More...

Increasing evidence suggests that linker histone H1 can influence distinct cellular processes by acting as a gene-specific regulator. However, the mechanistic basis underlying such H1 specificity and whether H1 acts in concert with other chromatin-altering activities remain unclear. To investigate the cooperative role of H1.2, Cul4A and PAF1 on gene regulation, genome-wide gene expression analysis is carried out in 293T cells expressing control shRNA, H1.2 shRNA, Cul4A shRNA or PAF1 shRNA. Overall design: Total RNA was isolated from 293T cells expressing NCsh, H1.2sh, Cul4Ash, or PAF1sh Less...