Gut microbiome, probiotics, gut-brain axis, and digestive health
198 articles
New research reveals how probiotics, prebiotics, and synbiotics may help older adults fight sarcopenia and obesity through gut microbiome optimization.
Study reveals viruses, fungi, and archaea in the gut microbiome are disrupted in adolescents with bipolar depression.
Rural African populations show distinct gut bacteria linked to reduced inflammation and potentially slower brain aging compared to Western populations.
6-methoxykaempferol from sweet cherries restored immune function by 43% and improved beneficial gut bacteria in immunocompromised mice.
Researchers identified six blood metabolites from gut bacteria that can predict early cognitive decline with 79% accuracy.
Study reveals how heat stress suppresses lactation by altering gut microbiome and disrupting organ communication pathways.
Study reveals how beneficial bacteria travel from gut to ovaries, improving reproductive function and delaying aging in laying hens.
New research reveals how gut microbes produce fatty acids that hijack cellular cleanup systems, leading to fat accumulation and immune dysfunction.
New research reveals that Fusobacterium nucleatum's impact on colorectal cancer depends on individual genetic factors.
New research reveals gut viruses independently regulate carbohydrate metabolism through immune system interactions.
New research reveals how bacteriophages in the gut microbiome amplify inflammatory bowel disease progression.
New research reveals how specific gut bacteria can program neutrophils to become cancer-fighting allies in colorectal tumors.
