Your Genes Determine Whether Gut Bacteria Help or Harm Your Longevity
New research reveals why the same beneficial bacteria can extend lifespan in some people while accelerating aging in others.
2195 articles in this topic
New research reveals why the same beneficial bacteria can extend lifespan in some people while accelerating aging in others.
New research reveals how cellular aging triggers atrial fibrillation, identifying a potential therapeutic target for age-related heart issues.
New research reveals your gut microbiome influences the effectiveness of longevity drugs like metformin and rapamycin.
Researchers discovered how to rejuvenate aging muscle stem cells using a drug that restores cellular energy production and reverses age-related decline.
Research reveals how the diabetes drug metformin may extend lifespan and healthspan through multiple molecular pathways.
New research shows blue light triggers harmful changes in retinal cells by disrupting mitochondrial function, offering targets for AMD prevention.
New research reveals how calorie restriction triggers evolutionarily conserved molecular mechanisms that extend lifespan and healthspan.
New research reveals how SIRT6 prevents age-related brain decline by regulating protein synthesis and preventing toxic protein buildup.
Engineered immune cells originally designed for cancer now target lupus, arthritis, and age-related conditions with fewer side effects.
New research reveals mitochondrial health determines senolytic drug effectiveness, offering strategies to enhance anti-aging treatments.
New research reveals how aging cells in the brain create a vicious cycle that accelerates Alzheimer's progression and neurodegeneration.
New research reveals how to precisely target harmful aging signals that fuel cancer growth, opening doors for better treatments.