Recent research reveals that depleting gut microbiota in aged mice improves brain structure and function, highlighting the gut-brain axis as a key target for anti-aging therapies. Manipulating gut mic...
The ARMOR clinical trial investigates FMT from young, active donors to older adults to enhance muscle, cognitive, and metabolic health, addressing gut dysbiosis for aging resilience. A groundbreaking ...
A 2024 study in Nature Aging shows transferring young gut bacteria to aged mice rejuvenates intestinal stem cells via Wnt signaling, suggesting FMT’s potential for age-related disorders. Recent ...
Advances in DNA testing and AI are driving personalized nutrition, with companies like Viome and InsideTracker offering custom plans, but data privacy issues require scrutiny. Personalized nutrition l...
Advances in artificial intelligence and genomic testing are customizing nutrition plans to improve gut health and prevent diseases, based on recent studies and tech collaborations. Recent breakthrough...
Personalized nutrition, driven by AI and genomic testing, is revolutionizing dietary approaches with data-driven plans that improve health outcomes and prevent diseases. Advancements in AI and genomic...
A 2025 preclinical study shows Bifidobacterium adolescentis reduces pulmonary fibrosis in aged mice via the gut-lung axis, highlighting potential probiotic therapies for hard-to-treat conditions like ...
Emerging research identifies butyrate, a gut-derived fatty acid, as a senomorphic agent that reduces inflammaging and enhances T cell function, pointing to dietary fiber for longevity. Recent studies ...
Emerging research and AI-driven tools are transforming gut health management, with new studies and startups challenging traditional approaches while raising ethical questions. Cutting-edge studies rev...
Recent studies reveal resistant starch and timed eating enhance gut microbiota, while ultra-processed foods increase dysbiosis risks. Experts advocate synbiotics and hydration for immune and metabolic...