20 articles
6-methoxykaempferol from sweet cherries restored immune function by 43% and improved beneficial gut bacteria in immunocompromised mice.
Researchers identify a gut-microbe-driven pathway linking IBS-D and insulin resistance, with oleoylethanolamide as a key therapeutic molecule.
A microbiota-derived short-chain fatty acid stops Candida colonization by acidifying fungal cells — a finding with major implications for immunocompromised patients.
Multi-omics study reveals how specific gut microbes produce acetate to protect liver function and prevent metabolic disorders in dairy cows.
Research finds the absorption enhancer in oral semaglutide tablets affects gut bacteria and inflammation markers beyond its intended role.
New review reveals how gut microbes metabolize neurological medications, potentially altering their effectiveness for brain diseases.
A microbial enzyme from Bifidobacterium enhances anti-TNF therapy efficacy in IBD by reshaping immune regulation via histone lactylation.
Synthetic biology meets the microbiome: designer probiotics restore gut-liver-brain balance better than rifaximin in preclinical models.
New research shows electroacupuncture improves motor function and protects brain cells in Parkinson's disease through protein regulation.
A microbiome metabolite depleted by antipsychotics protects synapses and cognition — and supplementing it may reverse the damage.
New research reveals how specific gut microbes create metabolites that directly communicate with the brain to prevent neurodegeneration.
New research reveals how gut-derived postbiotics could combat brain inflammation and preserve cognitive function as we age.
Multi-strain probiotics helped maintain symptom relief in GERD patients after discontinuing proton pump inhibitors through gut remodeling.
New research reveals how specific gut bacteria help the body absorb creatine, potentially offering a novel approach to depression treatment.
New research reveals how polysaccharides from goji berries combat aging through immune support and inflammation reduction.
Aging reduces beneficial gut bacteria that produce NDGA, a compound that prevents inflammatory bowel disease by blocking immune cell death.
New research reveals how gut microbes produce indole compounds that directly influence emotional symptoms via hippocampal receptors.
New research reveals how androgen deprivation therapy disrupts gut microbiome and bile acids, causing memory problems through brain signaling pathways.
A double-blind RCT finds FMT capsules added to escitalopram reduce depression scores faster via bile acid and anti-inflammatory pathways.
A receptor that keeps firing inside pain cells may explain why IBS discomfort is so persistent and hard to treat.
