Gut bacteria diversity, digestive health, probiotics, prebiotics, and the gut-brain axis
396 articles
Massive genetic study reveals specific gut microbes alter brain anatomy and cause mental health conditions through structural brain changes.
New research reveals how intestinal cells make steroid hormones that communicate with gut bacteria and influence brain health.
Review reveals how gut microbiome imbalances drive major eye diseases like macular degeneration and diabetic retinopathy.
New research reveals how gut microbes directly signal to the brain through specialized nerve connections, opening therapeutic targets.
Danish study shows combining home care with fecal microbiota transplantation reduces costs by €2,556 per patient while improving outcomes.
Study shows fasting improves cognitive performance in obesity by modifying gut bacteria and enhancing brain immune cells.
New review reveals how inflammatory bowel disease triggers neuropsychiatric disorders via disrupted gut-brain communication pathways.
New research reveals how gut microbes communicate with the brain via immune cells, opening therapeutic targets for neurological diseases.
New research reveals how gut microbiota directly regulate insomnia through metabolic signals to the brain.
New research reveals antiseptic mouthwashes effectively kill pathogens but may also disrupt beneficial oral bacteria, potentially affecting heart and metabolic health.
New research reveals archaea in saliva and plaque, with reduced methanogen activity linked to dental caries development.
Comprehensive analysis of all tooth sites shows saliva captures broad microbial diversity while plaque better identifies specific periodontal pathogens.
