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 ...
New research links eusociality to extreme longevity, revealing mechanisms like hyaluronic acid and epigenetic reprogramming that could inspire human anti-aging therapies. Eusocial species live excepti...
A 2024 Nature Aging study shows IGF1R inhibitors PPP and NVP-ADW742 extend healthspan by 8–12% but cause GI bleeding and cardiotoxicity, questioning their therapeutic potential. A 2024 mouse study r...
A 12-week RCT shows creatine supplementation enhances power training benefits, improving neuroplasticity, oxidative stress, physical function, and cognition in adults aged 60–80. New research reveal...
New study shows young donor FMT reduces liver inflammation and tumor incidence in old mice by downregulating MDM2, highlighting gut-liver axis in aging and cancer. New research demonstrates that trans...
A study from C. elegans to humans shows that age-related reduction in phosphatidylcholine synthesis impairs mitochondria, with choline supplementation reversing effects, though more trials needed. A g...
A new study reveals that dasatinib and quercetin (D+Q) cause demyelination in mice, raising safety concerns as over 30 clinical trials test the combo for age-related diseases. A study in Nature Aging ...
Recent studies show senescent cells can both help and hinder wound repair. Understanding this balance offers new therapeutic strategies for chronic wounds and aging. Senescent cells are not just ̵...
Recent research uncovers strong correlations between gut bacteria composition and physical function in seniors, suggesting microbiome-targeted interventions could combat frailty. Can the bacteria in y...
A comparative study reveals that dasatinib-quercetin reduces senescence and fibrosis in intervertebral disc degeneration, while navitoclax shows no benefit, highlighting DQ’s potential for affor...