A new perspective article explores how artificial intelligence (AI)-based coordinated research may revolutionize the fight against aging.
While current research explores a complex web of biological targets, a less mainstream framework suggests there may be only one that truly matters: mitochondria.
Stem cell–derived immune cells improved memory and brain health in aging and Alzheimer’s mice by reducing inflammation and supporting neural repair.
Scientists ameliorate age-related deficits in memory and brain structure by administering vesicles secreted from stem cells to monkeys.
A new reflective essay explores how two generations of Russian scientists reshaped the way we think about aging.
Bryan Johnson debates 20 skeptics on anti-aging in Jubilee’s viral episode and challenges assumptions about lifespan, science, and the future of human health.
Supplementation prolongs the life of worms, boosts the strength of mice, and reduces the biological age of humans.
Even after turning 100, bodybuilder Andrew Bostinto won a championship belt at the National Gym Association, Inc.’s physique contest and has now shared his secrets to astounding longevity.
Gene therapies from the biotech company BioViva targeting aspects of aging include one for physical performance enhancement and another for improved cognition.
The type 2 diabetes drug exenatide counteracts physical but not cognitive decline in mice, while going head-to-head with the powerful longevity drug rapamycin.
Andrew Huberman and David Fajgenbaum explore how everyday medicines, inflammation, sleep, and stress influence aging biology and long-term health.
Long-term supplementation with vitamin C rejuvenates the ovaries of monkeys by counteracting several underlying biological drivers of aging, including age-promoting senescent cells.
Umbilical cord stem cells restore brain function in aged mice by correcting microglial metabolism, reducing inflammation, and improving memory performance.
A Danish longevity expert, Morten Scheibye-Knudsen, employs aging intervention tactics, such as riding his bicycle for exercise, taking metformin, and using an NAD+ booster.
The NAD+ (nicotinamide adenine dinucleotide) booster NMN (nicotinamide mononucleotide) mitigates the brain damage and cognitive deficits induced by a common household chemical in mice.