A recent review highlights how the post-translational modification called lactylation (formerly mostly studied on histones) is now being seen on non-histone proteins, affecting signal transduction, metabolic reprogramming and DNA damage repair — especially in cancer. Why it matters: This broadens how we think about metabolites (like lactate) not just as by-products, but as direct regulators of cell behaviour.
New insight into enzyme kinetics and mechanism
Researchers at Stanford University captured >1,000 X-ray “snapshots” of an enzyme in action to understand how enzymes dramatically accelerate biochemical reactions.Why it matters: A deeper mechanistic understanding of enzyme dynamics can inform enzyme engineering, drug design (targeting enzymes) and synthetic biology.
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