Gut microbiome, probiotics, gut-brain axis, and digestive health
322 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.
Gastroenterologist Dr. Giulia Enders reveals why immune balance — not strength — is the real key to health and longevity.
Allergies have tripled. A leading immunologist explains the gut-immune connection driving the surge and what you can do about it.
