A recent study published in Cell identified MYH9 as a key executioner of cuproptosis, revealing a previously uncharacterized downstream mechanism of copper-dependent cell death.
Read the paper:https://doi.org/10.1016/j.cell.2026.08.030
#Cuproptosis #Acetylation #PTM #Proteomics #CancerResearch #Cell

PTM’s international campaign cannot be understood without acknowledging its legal status in Pakistan, the court proceedings surrounding its proscription, and the enormous sacrifices made against terrorism.
#Pakistan #PTM #NationalSecurity #Pashtun
Read Full Article: stratheia.com/ptms-interna...

Meet PTM BIO at HUPO 2026 in Singapore (Sept 27–Oct 1), Booth #134, and explore our latest advances in Novel Acylation, Single-Cell & Spatial Proteomics, and Deep-Coverage Blood+DIA Proteomics. Connect with our team and discover new possibilities for your research. #HUPO2026 #Proteomics #PTM

A Weill Cornell Medicine study reveals that BCAA-derived propionyl-CoA promotes SREBP2 propionylation, stabilizing SREBP2 and enhancing cholesterol and androgen production.

PTM BIO antibody cited: PTM-201

read the paper: doi.org/10.1038/s422...

#Propionylation #PTM #CancerMetabolism

Framing does not always require inventing facts. It can work by highlighting selected truths while excluding others.

My latest article examines the narrative PTM built around a complex conflict—and the parts of the story it left out.

Read: www.linkedin.com/pulse/story-...

#Pakistan #PTM

A recent study published in Circulation (IF=41.3) revealed a new mechanism by which lactylation regulates myocardial ischemia/reperfusion injury.

Read the paper:https://doi.org/10.1161/circulationaha.126.081410

#Lactylation #Proteomics #PTM #CardiovascularResearch #Epigenetics