Biological age reversal, epigenetic clocks, senolytics, and anti-aging interventions
746 articles
Scientists discover backup pathway where liver produces nicotinic acid riboside for kidneys to maintain NAD+ levels during aging.
New research reveals how a key protein causes mesothelial cells to age prematurely, leading to dangerous scarring in dialysis patients.
Widely-used anti-aging drug combination unexpectedly increased kidney injury markers in mice, raising safety concerns for clinical use.
New multi-omic approach identifies aging genes in blood that could become targets for cellular rejuvenation therapies.
Dutch study finds occupational pesticide exposure linked to faster epigenetic aging, with herbicides showing strongest effects.
New research reveals men with depression or bipolar disorder who also have insomnia age faster at the cellular level.
New study reveals spaceflight accelerates biological aging through epigenetic changes, but effects reverse quickly upon return to Earth.
Twin study reveals higher Life's Essential 8 scores correlate with slower epigenetic aging, especially in men over 50.
Elite athletes have distinct epigenetic markers linked to longevity proteins, suggesting exercise may reprogram aging at the cellular level.
New research shows removing senescent cells with fisetin dramatically reduces dangerous heart rhythm disorders in aging rabbits.
Dasatinib plus quercetin cleared senescent cells and restored kidney function in diabetic mice, offering hope for human treatment.
Comprehensive analysis reveals how reducing dietary protein reprograms aging patterns across multiple organs, with optimal benefits in middle age.
