How Much Protein You Really Need to Build Muscle and Age Well
McMaster researcher reveals why current protein recommendations are too low and how resistance training fights aging.
Aging biology, lifespan extension, hallmarks of aging, and healthspan optimization
1509 articles
McMaster researcher reveals why current protein recommendations are too low and how resistance training fights aging.
Leading geneticist discusses CRISPR advances, multiplex gene editing, and combination therapies targeting aging mechanisms.
Dr. Brad Schoenfeld reveals evidence-based strategies for building muscle, bone density, and power throughout life.
New research reveals how leaky brain blood vessels may be the root cause of cognitive decline, offering fresh prevention strategies.
Saunas and hot baths improve slow wave sleep by triggering immune signals, growth hormone release, and brain thermoregulation pathways.
UK biotech secures major funding for antibody therapy targeting protein buildup that damages hearts in amyloidosis patients.
Rubedo's RLS-1496 demonstrates early clinical signals in removing senescent cells through GPX4 modulation in human skin tissue.
Topical therapy RLS-1496 met primary endpoints in Phase 1 trial with no serious adverse events in psoriasis patients.
Maze Therapeutics' MZE829 reduced kidney damage markers by over 35% in patients with APOL1-mediated kidney disease in Phase 2 trials.
Epigenetic aging markers outperformed traditional risk assessment tools in predicting lung cancer among smokers.
Harvard researchers found that biological aging markers cannot reliably predict who will develop Parkinson's disease or when.
Major review of 435 studies shows DNA methylation patterns can accurately measure biological age beyond chronological years.