Gut microbiome, probiotics, gut-brain axis, and digestive health
198 articles
Scientists propose integrated approach connecting cellular aging, gut bacteria, and tumor environment to improve cancer prevention and treatment.
Major review reveals how gut microbiome imbalances contribute to neuropsychiatric disorders affecting over 1 billion people worldwide.
Aging reduces beneficial gut bacteria that produce NDGA, a compound that prevents inflammatory bowel disease by blocking immune cell death.
Living at high altitude causes beneficial gut bacteria to decline a decade earlier than at sea level, potentially accelerating aging processes.
Six-year study reveals how Mediterranean diet preserves memory and thinking through beneficial gut bacteria in older adults.
New research reveals how age-related gut bacteria changes accelerate aging and disease, while highlighting promising intervention strategies.
Scientists discover how beneficial gut bacteria produce proteins that bind to inflammatory toxins, potentially reducing chronic inflammation.
New research reveals how a naturalized gut microbiome teams up with dietary fiber to protect against harmful colon inflammation.
Study reveals how copper supplementation in pig diets alters gut microbiome, reducing beneficial bacteria while promoting pathogen survival.
Clinical trial reveals how beneficial bacteria can restore vaginal health and reduce infection recurrence in women.
New research reveals how skin microbes trigger severe immune reactions to cancer treatments, offering hope for prevention strategies.
New research reveals how gut microbiota changes drug processing with age, offering insights for personalized elderly medication.
