315 articles in this topic
Researchers discover atovaquone enhances cancer drug effectiveness by targeting cellular energy production in aggressive breast tumors.
Scientists discover how humanin peptide evolved differently in mammals to combat oxidative stress and protect cells from aging damage.
New research reveals how blocking CAP1 protein prevents diabetic kidney damage by protecting cellular energy factories.
Researchers identify PANoptosis as a key mechanism in Alzheimer's, opening doors to novel therapeutic approaches.
Cannabigerol activates cellular stress responses that simultaneously trigger apoptosis and ferroptosis in pancreatic cancer cells.
New research reveals how oxidized phospholipids cause lung cell death and identifies a protective protein that could prevent damage.
New research reveals how microglia cells promote harmful blood vessel growth in the retina, opening doors to novel treatments.
Researchers found that inhibiting ALOX12 enzyme reduces brain damage after stroke by protecting blood vessels and reducing inflammation.
Scientists discover how cholecystokinin receptors regulate digestion, fat storage, and fertility, revealing new metabolic pathways.
New research reveals how glucocorticoid stress hormones synchronize cellular clocks throughout your body, impacting disease risk.
New research reveals how CXCL13 protein drives inflammation across multiple organs in obesity, offering precision treatment targets.
New research reveals distinct immune cell patterns between diabetes types, potentially improving diagnosis and treatment approaches.
