Gut bacteria diversity, digestive health, probiotics, prebiotics, and the gut-brain axis
362 articoli
New research reveals how microplastics damage intestinal health and gut bacteria in animals, with implications for human health.
New research reveals how gut bacteria and immune aging create a vicious cycle that accelerates inflammaging and offers intervention targets.
New research reveals how gut microbiome diversity predicts brain health and survival, offering targets for dietary interventions.
New research reveals how gut-derived postbiotics could combat brain inflammation and preserve cognitive function as we age.
New research reveals where you store fat matters more for aging than how much you weigh, with trunk fat being the biggest culprit.
New review reveals how gut microbiome dysbiosis affects the most aggressive brain tumor through immune and metabolic pathways.
New review reveals how gut microbes metabolize neurological medications, potentially altering their effectiveness for brain diseases.
Heavy metal soil remediation unexpectedly increases antimicrobial resistance, creating new health risks despite reducing metal toxicity.
Scientists identify how mysterious gut bacteria process nutrients, potentially opening new avenues for microbiome-based health interventions.
New research explains why powerful antibiotic-producing genes remain rare in nature, offering insights for drug discovery.
Scientists discover how two different bacteria coexist in squid light organs, offering insights into beneficial microbial partnerships.
New research reveals how beneficial microbes adapt their behavior to different hosts, offering insights for personalized microbiome therapies.
