1309 articles in this topic
Enzymes known for removing acetyl groups from proteins can also add ketone-derived modifications, revealing new metabolic control mechanisms.
Major review reveals functional biomarkers outperform molecular aging clocks for predicting mortality and disease risk.
New research reveals how naked mole-rats activate a unique DNA repair mechanism that may explain their extraordinary longevity.
Comprehensive review reveals how telomerase biogenesis regulates telomere maintenance, offering new therapeutic targets for aging disorders.
New review reveals how damaged mitochondria accelerate aging through metabolic reprogramming, inflammation, and cellular dysfunction.
New structural insights show how telomerase enzymes pair up through H/ACA RNA complexes, advancing our understanding of cellular aging mechanisms.
NHANES analysis reveals Mediterranean, DASH, and HEI diets significantly reduce biological aging acceleration through anti-aging proteins.
Ganoderma lucidum spore powder extended lifespan and increased ฮฑ-Klotho levels across organs in worms and mice aging models.
New analysis reveals how the antiaging protein Klotho protects against inflammation, cellular damage, and organ dysfunction across multiple aging pathways.
Comprehensive review reveals how reactive oxygen species damage the eye through lipid peroxidation, protein oxidation, and mitochondrial dysfunction.
New research reveals specific antioxidant combinations that significantly enhance skin's structural proteins better than individual compounds.
Multi-ingredient topical formulation with niacinamide and tranexamic acid shows significant improvement in periorbital hyperpigmentation.
