Targeting protein acylation modifications via SIRT1 and HDACs may mitigate myocardial injury and inflammation
New ways to treat heart failure through protein modifications
This narrative review explores how protein acylation modifications, including acetylation and lactylation, regulate metabolic signaling in c…
Scientists identify how targeting specific protein changes can help repair heart tissue and reduce inflammation in patients with heart disea…
OTUD7B acts as a context-dependent regulator in various cancers and inflammatory conditions
Protein OTUD7B plays complex roles in cancer and heart health
This systematic review examines the molecular roles of OTUD7B across multiple malignancies and inflammatory models. The findings indicate th…
A protein called OTUD7B acts as a double-edged sword, helping some conditions while fueling the growth of others.