New Mouse Model Maps Inflammation Pathways Driving Multi-Organ Aging Decline
NIA researchers created a novel mouse model that captures the cascade of inflammatory processes underlying simultaneous deterioration across multiple organ sys…
Found 349 results for "longevity"
NIA researchers created a novel mouse model that captures the cascade of inflammatory processes underlying simultaneous deterioration across multiple organ sys…
Computational approaches are now dissecting the exposome — the totality of environmental influences from pollutants to pathogens that shape cellular aging traj…
The Buck Institute has established a dedicated Reproductive Biology Hub to investigate how female reproductive biology intersects with aging processes. This sp…
Pankaj Kapahi at the Buck Institute raises a provocative question about the gap between understanding food's medicinal properties and implementing this knowled…
Contrary to longstanding assumptions linking early menopause with reduced longevity, emerging research challenges this narrative. While women experiencing meno…
A Nature Aging economic analysis demonstrates that investments in aging research generate substantial financial returns through reduced healthcare costs and ex…
FOXO3 gene variants associated with exceptional longevity in centenarian populations demonstrate measurable protective effects against age-related cellular dam…
Cellular powerhouses may hold critical answers to understanding why fertility declines with age. Mitochondrial dysfunction appears linked to oocyte quality det…
Cross-species research demonstrates that taurine supplementation significantly extends both lifespan and healthspan across multiple organisms, from mice to mon…