Gut microbiome, probiotics, gut-brain axis, and digestive health
254 articles
Scientists develop scBPS tool to identify which human cells interact with specific gut microbes, revealing new therapeutic targets.
New review reveals how gut microbe chemicals directly reprogram tumor immune responses through multiple pathways.
New test combining microbial DNA and immune gene patterns outperforms standard tools for predicting sepsis mortality in ICU patients.
Competitive athletes show distinct oral microbiomes with more nitrate-reducing bacteria and higher nitric oxide levels than sedentary controls.
New research reveals how excess salt intake aggravates prostate inflammation by altering gut bacteria and immune cell function.
Fecal microbiota transplants from healthy adult pigs protected newborn piglets from severe coronavirus diarrhea and death.
Comprehensive review reveals how infant gut bacteria development in first 1000 days determines chronic disease risk throughout life.
New research reveals how specific gut bacteria help the body absorb creatine, potentially offering a novel approach to depression treatment.
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.
