Gut bacteria diversity, digestive health, probiotics, prebiotics, and the gut-brain axis
361 articles
Scientists discover how different gut bacteria make opposing immune compounds that either activate or block the same immune cells.
New research reveals distinct patterns of intestinal microbiome development in mice, with implications for understanding human infant gut health.
New research reveals how dietary nitrate supplements modify taste perception through changes in oral microbiome and bacterial metabolites.
New research reveals how androgen deprivation therapy disrupts gut microbiome and bile acids, causing memory problems through brain signaling pathways.
Stanford researchers develop standardized method to measure absolute bacterial abundance in stool samples, addressing key limitation in microbiome studies.
Analysis of 339,242 Americans shows higher gut microbiota dietary scores linked to lower metabolic syndrome risk through reduced inflammation.
Study shows probiotic bacteria shields heart muscle from toxic effects of cancer chemotherapy through metabolite pathway.
Study of 270 patients reveals specific gut microbes linked to better survival and fewer severe side effects from immunotherapy.
Large population study reveals which commonly prescribed medications increase risk of potentially deadly gut infections.
Recent podcast discussions explore how gut bacteria influence aging, inflammation, and longevity through diet and lifestyle interventions.
Gut bacteria change with age, impacting energy and cognitive function. Learn evidence-based ways to support your microbiome.
New research reveals how specific gut microbes create metabolites that directly communicate with the brain to prevent neurodegeneration.
