Gut Bacteria May Influence Glioblastoma Growth Through Brain-Gut Axis
New review reveals how gut microbiome dysbiosis affects the most aggressive brain tumor through immune and metabolic pathways.
Gut microbiome, probiotics, gut-brain axis, and digestive health
198 articles
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.
Scientists identify how mysterious gut bacteria process nutrients, potentially opening new avenues for microbiome-based health interventions.
New research reveals how beneficial microbes adapt their behavior to different hosts, offering insights for personalized microbiome therapies.
Scientists discover how rumen microbes break down sulfoquinovose, revealing insights into sulfur metabolism that could impact human health.
Major review reveals how specific gut microbes influence insulin resistance and offers new targets for diabetes prevention.
Childhood malnutrition alters gut bacteria, potentially increasing lifelong risk of cognitive problems and psychiatric disorders.
Researchers identify Limousia bacteria with unique molecular machinery for degrading intestinal mucus, revealing new microbe-host interactions.
New research reveals how prebiotic inulin reprograms intestinal cells by creating low-oxygen conditions that activate growth signals.
Enhanced probiotic formula reduces intestinal fibrosis by boosting beneficial bile acids that calm inflammatory responses.
New research reveals how specific gut bacteria produce enzymes that can degrade the intestinal mucus layer that protects us from pathogens.
New research shows how beneficial gut bacteria process plant sugars, revealing pathways that could optimize digestive health.