Gut bacteria diversity, digestive health, probiotics, prebiotics, and the gut-brain axis
394 articles
After 64 generations of selection for longevity, crickets developed a distinct gut microbiome — offering clues about how lifespan and microbes co-evolve.
A major Cell Metabolism review reveals how microbiome metabolites reprogram immune cells to drive or prevent cardiometabolic disease.
Machine learning and whole-genome sequencing may finally give doctors the tools to predict bacterial resistance before treatment fails.
A gut-derived compound linked to red meat consumption may accelerate bone aging by activating a key inflammatory pathway in osteoblasts.
A mega-analysis of 6,779 samples finds consistent gut microbiome markers for colorectal cancer, detectable early and modifiable by dietary fiber.
A massive 45,000-sample analysis finds aging gut changes mirror disease signatures — and common drugs may be driving it.
A new review identifies five critical methodological pitfalls undermining microbiome-aging studies and offers a practical checklist to fix them.
A comprehensive review reveals how gut microbial shifts drive inflammaging, metabolic decline, and organ dysfunction — and how to intervene.
A bacterial gut metabolite worsens Alzheimer's pathology by damaging the blood-brain barrier and promoting tau tangles.
Dr. William Li explains how diet, gut health, and lifestyle shape your body's ability to suppress the cancer cells we all carry.
A leading GLP-1 researcher reveals what Ozempic and Mounjaro really treat, their benefits beyond weight loss, and how to use them safely.
Gastroenterologist Dr. Giulia Enders reveals why immune balance — not strength — is the real key to health and longevity.
