Gut microbiome, probiotics, gut-brain axis, and digestive health
292 artigos
New research reveals that inulin fiber can suppress immune defenses against parasites through direct effects on gut immunity.
New genome analysis reveals how different gut microbes metabolize dietary compounds, paving the way for personalized nutrition.
New research reveals how certain gut bacteria weaken immune responses against tumors by consuming asparagine, potentially undermining cancer treatments.
Scientists discover how intestinal cells starve harmful Candida fungi of essential zinc to prevent colonization and overgrowth.
Scientists created smart probiotics that train immune cells to hunt down and remember glioblastoma cancer cells, achieving complete tumor elimination.
New research reveals how Enterococcus faecalis bacteria produce lactic acid to disable immune defenses, enabling persistent wound infections.
New research reveals how specific gut microbes modify bile acids through hydroxylation, potentially reducing colorectal cancer development.
Major global study reveals how acute stomach bugs can lead to chronic gut-brain disorders affecting quality of life for years.
Comprehensive molecular analysis reveals complex host-microbiome interactions driving gastric cancer development and progression.
Six weeks of voluntary exercise dramatically improved social behaviors in autism model rats by reshaping gut microbiota and brain chemistry.
Fecal transplants from cancer survivors significantly improved treatment outcomes for metastatic kidney cancer patients.
Fecal microbiota transplants dramatically improved immune checkpoint inhibitor response rates in lung cancer and melanoma patients.
