deThonel_Sourcedata_Fig2

HSF2 is acetylated by CBP and EP300 in normal conditions</p

deThonel_Sourcedata_FigureS11

RSTS iNPC and hCO characterization upon MG132 treatment.</p

deThonel_Sourcedata_Fig5

Impact of preventing or mimicking acetylation of lysine residues K128, K135, and K197 on HSF2 protein stability.</p

deThonel_Sourcedata_Fig7

HSF2-dependent dysregulated stress response and neurodevelopmental gene expression in cells from RSTS patients.</p

deThonel_Sourcedata_Fig3

HSF2 interacts with CBP and EP300 in normal conditions</p

deThonel_Sourcedata_Fig4

Modeling of CBP and HSF2 interaction.</p

deThonel_Sourcedata_FigureS6

Altered HSF2 protein levels and dysregulation of the stress response in RSTS.</p

deThonel_Sourcedata_FigureS9

Characterization of the hiPSC clones derived from RSTS P1CBP and RSTS P2EP300 patient primary skin fibroblasts.</p

deThonel_Sourcedata_FigureS7

Rescue of HSF2 levels by introduction of HSF2 3KQ restores the ability to induce nuclear stress bodies (nSBs) in RSTS cells.</p

deThonel_Sourcedata_FigureS3

HSF2 interacts with CBP and EP300 in normal conditions.</p