Biological age reversal, epigenetic clocks, senolytics, and anti-aging interventions
671 articles
Biohacker Ben Greenfield documents his three-day regenerative medicine experience including young plasma exchange and advanced longevity protocols.
New research reveals how cellular identity loss accelerates aging and disease, but Yamanaka factors can reverse this process.
Biohacker Ben Greenfield undergoes plasma exchange with young donor blood plus five other cutting-edge longevity treatments.
Comprehensive review maps NAD+ synthesis pathways and their critical role in mitochondrial function during aging.
Stanford-Buck coalition develops intrinsic capacity score to quantify aging and test interventions through YMCA partnerships.
New research reveals how inflammatory pathways degrade the structural support around sweat glands, impairing temperature regulation with age.
New study reveals combining antioxidant supplements with exercise provides superior protection against diet-induced aging, especially when started early.
New research reveals how oral and gut bacteria shift across decades, influencing fatty acids and immune signals that impact aging.
Machine learning uncovers subgroups who benefited from telecare despite overall null results in major aging trial.
New research shows how gut microbes in people over 100 produce metabolites that reprogram aging genes for better health and longevity.
New research reveals how aging primes the gut for barrier breakdown when inflammation strikes, even when baseline function appears normal.
New research reveals how bile acids from gut and liver communicate with brain, offering potential therapeutic targets for cognitive decline.
