gut microbiota

Gut microbiota transplant might help antidepressants work faster

The microbial changes associated with FMT are accompanied by increases in bile acids and reductions in inflammatory signals, which may help explain the antidepressant effect

Beyond the colon: rethinking the small intestine’s role in IBS

Tim Vanuytsel, Associate Professor and gastroenterologist at UZ Leuven, explores why research should look beyond the colon, particularly given the early onset of symptoms after food intake in many patients.

Gut microbes help vitamin A build early gut immunity, mouse study shows

Gut microbes help shape early gut immunity by controlling access to dietary vitamin A, which helps T cells mature and settle in the gut.

Uric acid may drive obesity by altering gut bacteria

Reducing TIP60 in the liver of obese mice reduced intestinal fat absorption. It also lowered uric acid, increased the levels of L. johnsonii, improved blood sugar levels, and reduced liver…

Mapping bloating: what symptom location may reveal about IBS and functional dyspepsia

Lukas Michaja Balsiger, KU Leuven, discusses findings linking upper abdominal bloating more closely to functional dyspepsia and lower abdominal bloating to irritable bowel syndrome (IBS). 

Colon-targeted vitamin B2: how delivery technology could reshape the biotics market

Humiome® B2 uses a patented coating technology intended to transport riboflavin through the upper gastrointestinal tract and release most of it in the ileal-colonic region.

Gut microbes may predict diabetes risk years before diagnosis

Diabetes prevention needs to account for diet-microbiota interactions, because some gut microbes appear to predict diabetes risk differently depending on fiber intake.

Auto-brewery syndrome: when the gut microbiota produces alcohol without drinking

William Fusco, Policlinico Gemelli, discusses the gut fermentation syndrome, a rare condition arising when ethanol-producing bacteria or fungi in the gut generate excessive amounts of alcohol from dietary carbohydrates.

Precancerous growths may trigger long-lasting changes on the gut microbiota

Monitoring or reshaping the gut microbiota after adenoma removal could become part of future strategies to reduce colorectal cancer risk.

Head impacts in football may be linked to gut microbiota changes

Repeated head impacts, even if minor, can have biological effects.

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