2059 articles in this topic
Scientists discover how blocking a mitochondrial protein extends lifespan through a previously unknown cellular aging mechanism.
Cycloneolitsol from Taxodium trees prolonged worm lifespan by 20% while reducing inflammatory markers through key cellular pathways.
EGCG from green tea protects immune cells from oxidative damage and reverses aging markers in laboratory study.
Evolutionary analysis reveals aging as natural biological process, not pathological condition requiring medical classification.
Labisia pumila polysaccharides increased lifespan and stress tolerance in worms and flies by activating cellular defense pathways.
Scientists discover cellular dry mass as a biomarker for microglial dysfunction, offering new insights into brain aging and neurodegeneration.
Study shows calorie restriction preserves cognitive function in mice with genetic brain disorder, suggesting potential therapeutic approach.
Scientists identify how aging cancer cells fuel tumor progression through inflammatory signals, revealing promising therapeutic approaches.
Scientists discover vitisin B, a resveratrol derivative, can rejuvenate aged cells by reducing harmful mitochondrial damage.
New research reveals the key molecular pathways that cause stem cells to deteriorate with age, offering targets for intervention.
Scientists discover how a protein causing rapid aging in rare disease also drives normal aging in healthy people.
New research reveals how tiny cellular packages from mitochondria could protect against age-related brain decline and neurodegenerative diseases.
