Aged gut microbes release harmful extracellular vesicles that damage tissues, offering new therapeutic targets beyond fecal transplants. A groundbreaking study shows that aged gut bacteria secrete ves...
SIRT1 acts as a key exerkine released during exercise, combating aging more effectively than any drug. New research reveals optimal workout types for boosting this anti-aging molecule. Exercise releas...
A recent study shows a 4-week dietary intervention can reduce biological age by 2-3 years using the KDM clock. Experts discuss implications for metabolic health and aging. New research suggests that s...
Explore how partial reprogramming using Yamanaka factors reverses epigenetic aging, with recent advances in mice and early clinical trials paving the way for rejuvenation therapies. Partial reprogramm...
New research reveals that pulsed electromagnetic fields can activate gene therapy in aged mice, improving survival and reducing aging markers, but ethical questions loom. A groundbreaking study demons...
A major study reveals aging is a coordinated epigenetic program, not random damage. Single-cell ATAC-seq of 7 million cells shows stereotyped changes across organs, with therapeutic implications. New ...
A 2025 study on Tibetan herders shows 30% higher inflammatory markers, contrasting with moderate altitude benefits. Implications for aging research and hypoxia-based therapies. High altitude may accel...
Senolytics like dasatinib and quercetin are transforming dermatology from cosmetic fixes to true biological rejuvenation, with recent trials showing improved skin elasticity and potential for treating...
Dermatology is shifting from surface-level cosmetics to biology-driven interventions targeting aging hallmarks, with senolytics, epigenetic reprogramming, and biomimetic peptides leading the charge. D...
A recent study reveals that combining NMN and apigenin restores muscle and bone in aged mice, highlighting potential anti-aging therapies through NAD+ modulation. New research on NMN and apigenin offe...
