When bodies lose their blueprint: A new theory of aging
Live Forever Club - 04-Nov-2025Aging emerges when cells lose shared goals—but restoring those signals can trigger rejuvenation
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Aging emerges when cells lose shared goals—but restoring those signals can trigger rejuvenation
Study finds SENS seeks to reverse ageing, while Hallmarks model focuses on extending healthspan
Centenarians delay disease ~30 years, showing aging can be slowed and health extended
Using menstrual fluid, Cyclana builds tissue models to tackle endometriosis and chronic inflammation
Centenarians of both sexes showed better balance in inflammation
Biotech startup Elevara aims to transform RA treatment with a non-immunosuppressive oral drug
NewLimit’s $45M raise advances youthful liver and immune cell restoration in preclinical studies
New ECU study combines blood data and AI to accurately measure how fast your body is aging
Spaceflight weakens immunity, alters microbiome, and reactivates latent viruses in astronauts
Oxytocin plus Alk5 inhibitor rejuvenates old male mice, boosting longevity and strength
Scientists find four amino acid changes that supercharge DNA repair and slow aging
Mole rats’ cGAS protein enhances DNA repair, aiding their long, disease-free lifespan
NUS trials test exercise, supplements, and multivitamins to slow biological ageing in adults
Age, sex, BMI, blood pressure, and lifestyle linked to hundreds of blood proteins in study
Healthy microbes can lift mood, sharpen memory, and protect against disease
De Grey urges urgent, COVID-level action to tackle aging as humanity’s biggest disease
New GlyTR protein directs T cells to destroy diverse tumours while sparing healthy cells
Maria Branyas’s biology shows how genetics and lifestyle protect against age-related disease
Cells halted in the G2 phase show stronger aging markers and respond better to senolytic drugs
Study finds 500 mg cocoa extract lowered hsCRP, a key heart disease risk marker, by 8% yearly
Study ties high UPF intake to raised hs-CRP levels, a key marker for heart disease
Immune proteins can misfire, causing inflammation and cell death
Genes for DNA repair and telomere protection may explain T. dohrnii’s unique longevity
These adaptations explain its extraordinary 200-year lifespan
Diet, probiotics, and microbiota therapies may open new paths for treatment