Found 1261 results for "longevity"
Nine days in space accelerated astronauts' biological age by 1.9 years through mitochondrial dysfunction, oxidative damage, and cellular senescence affecting…
A novel computational tool analyzed 2,778 American adults and found average daily polyphenol consumption of 517mg per 1,000 calories, with coffee, green tea…
This comprehensive review of obesity medications reveals that GLP-1 receptor agonists like semaglutide and newer multiagonist therapies like tirzepatide…
Long-term low-dose dietary rapamycin specifically reduced IL-17-producing gamma delta T cells in aging mice without broadly suppressing immune function. The…
Liver transplant recipients using GLP-1 receptor agonists achieved significant weight reduction of 3.8 kg and BMI decreases of 1.6 kg/m² over one year…
Sleep's restorative power may stem from a precisely orchestrated dance between brain waves, blood flow, and cerebrospinal fluid movement that optimizes…
The cellular machinery that orchestrates programmed cell death has been operating in ways scientists couldn't previously observe. Understanding how cells…
Understanding where and when proteins are manufactured within cells could revolutionize how we approach age-related diseases and cellular dysfunction. Most…
The ability to predict how proteins interact within living systems represents a critical bottleneck in understanding cellular function and developing targeted…
The widespread adoption of high-intensity interval training raises a critical question: does the specific exercise type matter for immune system adaptation?…
Cancer prevention strategies may need fundamental revision based on discoveries about how the earliest abnormal cells survive or perish. The traditional focus…
The overlooked thymus gland may hold keys to understanding why some adults age more successfully than others. Long dismissed as irrelevant after childhood…
The timing of when biological sex differences emerge in cardiovascular function has remained surprisingly unclear, despite decades of research showing men and…
Understanding how cells precisely control energy production could unlock new approaches to metabolic optimization and longevity enhancement. The intricate…
The discovery of genetic mechanisms enabling centuries-long lifespans could transform our understanding of aging biology and therapeutic targets for human…
Understanding how viruses evade immune detection could reshape approaches to treating persistent infections and age-related immune dysfunction. The innate…
The aging research field stands at a critical juncture where scientific breakthroughs must align with societal needs and ethical considerations. A…
AI systems now integrate genomics, epigenomics, proteomics, microbiome signatures, and digital biomarkers to detect early deviations from healthy aging…
Understanding how individual blood vessel failures accumulate into cognitive decline has been nearly impossible to study—until now. Brain capillary damage…
Mitochondrial DNA maintenance becomes increasingly critical as we age, with defective repair mechanisms linked to cellular senescence and age-related…