Gut bacteria diversity, digestive health, probiotics, prebiotics, and the gut-brain axis
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New research reveals how gut microbiota-derived succinate exacerbates allergic airway inflammation by altering lung proteins.
Review reveals how gut microbiome disruption connects neuropsychiatric disorders with skin diseases like eczema and psoriasis.
Longitudinal study reveals how gut microbiome maturation influences cognitive development and temperament traits in early childhood.
Germ-free autism model mice show improved social behavior and reduced repetitive actions, revealing gut-brain-immune connections.
New review reveals how gut microbiota disruption triggers neurological diseases through inflammation and neurotransmitter changes.
Comprehensive review reveals microbiota transplant therapy and probiotics may improve both GI and behavioral symptoms in autism spectrum disorder.
First comprehensive analysis of cat microbiome research exposes critical knowledge gaps that could transform feline health.
Major study finds oxygen-loving bacteria replace beneficial anaerobes when inflammatory bowel disease begins, opening new therapeutic paths.
Improved bacterial genome database uncovers previously unknown connections between periodontitis and mysterious bacterial groups.
New research reveals how different Neisseria bacteria colonize specific sites in the mouth, with unique genetic adaptations for each habitat.
Study of 310 people in Gabon reveals soil-transmitted helminths correlate with increased gut bacterial diversity, challenging assumptions about parasites.
Groundbreaking study identifies which gut metabolites come from microbes versus food using antibiotic depletion in humans.
