Recent studies reveal that aligning meal times with circadian rhythms can slow biological aging and improve metabolic health, offering non-pharmaceutical strategies for longevity. New research highlig...
Life Biosciences launches a Phase I trial for cellular reprogramming to treat age-related macular degeneration, challenging aging norms with FDA’s Plausible Mechanism Pathway, amid rising invest...
Research reveals vitamin C’s role in inhibiting ACSL4, reducing iron-driven oxidative damage and senescence in cynomolgus monkeys, positioning it as a promising geroprotective target for human h...
Exploring how mild mitochondrial stress through drugs like terbinafine and miglustat extends lifespan, with socioeconomic implications for longevity treatments. New research shows FDA-approved drugs c...
Recent research reveals how mitochondrial decline accelerates cellular senescence in blood vessels, driving conditions like atherosclerosis and blood-brain barrier leakage, with emerging therapies tar...
New research reveals Vitamin C delays aging by inhibiting ACSL4, reducing ferroptosis in cells and primates, with potential for human cognitive health improvements. A recent study shows Vitamin C targ...
A new aging clock using proteomics and deep learning predicts mortality and chronic diseases, validated by recent UK Biobank studies, promising transformative preventive healthcare. Innovative SASP sc...
A new study on HMGB1’s Box A domain shows it can create DNA gaps, reversing age-related damage in non-human primates with up to 40% proteomic improvement, highlighting potential gene therapy for...
Recent studies show aligning meals with circadian rhythms slows biological aging in organs like the heart, with optimal last meals before 7 p.m. and personalized approaches crucial for health. New res...
Recent studies show that FDA-approved antiretroviral FTC/TAF may slow aging by reducing retrotransposon activity, highlighting a promising gerotherapeutic approach with broad accessibility. Groundbrea...
