A Harvard study in BMJ Medicine finds that engaging in multiple types of physical activity reduces all-cause mortality by up to 19%, with recent data reinforcing this trend. Recent research highlights...
Recent studies show small molecules efficiently mimic Yamanaka factors to reverse epigenetic aging, with clinical trials on the horizon, offering a safer alternative to gene therapies. Advancements in...
Analysis of metabolites like taurine and NAD+ in aging research, highlighting animal studies, human trials, and ethical considerations for longevity strategies. Emerging research on metabolites reveal...
Recent studies show exercise lowers biological aging by reducing inflammatory markers like β2-microglobulin, with 37.67% of anti-aging effects mediated through this pathway. New research reveals how ...
Recent studies highlight histone succinylation as a key epigenetic regulator of aging, with succinic acid supplementation showing promise for enhancing healthspan in mouse models and human trials. Eme...
Axolotls, with their unique regeneration and negligible senescence, offer groundbreaking insights for anti-aging therapies, driven by recent epigenetic studies and biotech innovations. Recent studies ...
Advances in longevity science highlight how individual metabolic differences shape aging, driving a shift toward AI-powered personalized interventions for enhanced healthspan. Individual metabolic var...
Emerging research identifies butyrate, a gut-derived fatty acid, as a senomorphic agent that reduces inflammaging and enhances T cell function, pointing to dietary fiber for longevity. Recent studies ...
Recent research reveals iron and heme accumulation in the aged spleen impairs T cell immunity, raising infection risks in seniors, with iron supplementation potentially restoring function. New study s...
Recent research shows that enhancing mitochondrial supercomplex formation via COX7RP expression extends lifespan by 25% and improves metabolic health in mice, offering a novel anti-aging strategy beyo...
