How Your Immune System Ages and Why It Drives Most Age-Related Disease
A landmark 2025 review maps how every major immune compartment changes with age—and what goes wrong before disease strikes.
Biological age reversal, epigenetic clocks, senolytics, and anti-aging interventions
1,795 articles
A landmark 2025 review maps how every major immune compartment changes with age—and what goes wrong before disease strikes.
A 2025 review maps how polyphenols, terpenoids, and marine metabolites modulate Nrf2, mTOR, SIRT1, and AMPK to slow aging—and how AI is speeding up the search.
A landmark library of 226 N-glycan standards with mass spec data could transform glycoproteomics and disease biomarker discovery.
A protein called WDFY1, released by aged brain neurons via tiny vesicles, travels to bone and drives osteoporosis and marrow fat accumulation.
A landmark 2025 review maps every mechanism behind arterial stiffness—and charts a clear path toward prevention and therapy.
A landmark editorial synthesizes how mitochondrial decline drives aging, neurodegeneration, and heart disease—and how new therapies may reverse it.
A comprehensive review reveals how aging and disturbed blood flow reprogram endothelial cell metabolism, fueling atherosclerosis through glycolytic, lipid, and mitochondrial dysregulation.
Researchers restored aging ovarian cell function by reactivating mitochondrial sharing via tunneling nanotubes, using FTY720 and 3D scaffolds.
New review reveals how aging disrupts the support cells surrounding eggs, offering therapeutic targets to preserve female fertility.
Go beyond the basics and explore the precise molecular mechanisms by which polyamines slow cellular aging — from autophagy induction to epigenetic regulation and cardiovascular protection.
A landmark review synthesizes 12 hallmarks of aging, emerging gerotherapeutics, and a new three-tier clinical care model to shift medicine from disease treatment to aging prevention.
A comprehensive review reveals metformin's polypharmacological mechanisms—from AMPK activation to gut microbiome remodeling—that may delay aging and enhance cancer immunotherapy.