Biological age reversal, epigenetic clocks, senolytics, and anti-aging interventions
1,805 articles
A 2025 narrative review reveals how vitamin D3 protects neurons via genomic, anti-inflammatory, and DNA-repair pathways relevant to AD, PD, and MS.
A UK Biobank proteomics study of 24,920 people identifies 60 proteins tied to metabolic aging and discovers wave-like protein surges at key ages.
New research reveals how exercise-induced β-HB blocks a key inflammatory pathway, reducing liver aging markers in mice.
A newly discovered FTO/NOLC1/p53 molecular axis controls aging in dental pulp stem cells, opening doors for better regenerative therapies.
New review reveals how diet-driven gut microbiota changes drive age-related disease — and how prebiotics, probiotics, and polyphenols may reverse the damage.
Single-cell sequencing reveals how declining BMAL1 silences a key inflammation brake, accelerating thyroid cell senescence and hormone loss.
A new yeast study reveals telomeres can self-regulate their length independently via Sir4-telomerase recruitment, reshaping our understanding of aging.
A genome-wide cross-trait analysis reveals 248 pleiotropic loci connecting leukocyte telomere length to cardiovascular disease, spotlighting SH2B3 as a therapeutic target.
Anwulignan activates two powerful cellular protection pathways simultaneously, reducing UV-induced skin aging markers in mice and zebrafish.
A review of 8,000 participants confirms collagen boosts skin elasticity and eases osteoarthritis pain, but fails to improve athletic performance.
Aging raises deficiency risks for B12, D, and protein. Learn which supplements are evidence-backed and which are unnecessary or harmful.
A newly identified protein surge in aging blood vessels drives heart inflammation and dysfunction — pointing to a potential new therapeutic target.
