Gut microbiome linked to aggression in mice
New findings in mice suggest that a disrupted gut microbiome during critical developmental periods can lead to persistent aggressive behaviors later in life. …
Unique combination of bacterial strains could treat antibiotic-resistant gut infections
Researchers have isolated 18 bacterial strains from the stool of healthy individuals that could potentially serve as a more effective treatment for antibiotic-resistant gut infections. …
Landmark study reveals how antibiotics contribute to inflammatory bowel disease risk
Landmark study reveals important insights into how antibiotic use increases the risk of inflammatory bowel disease (IBD). …
Gut bioelectricity provides a path for bad bacteria to cause diseases
Study reveals that bioelectricity in the gut attracts bacterial pathogens, with potential implications for gut health. …
Bowel movement frequency and overall health
New research suggests bowel movement frequency is linked to long-term health. …
Dietary fiber supplement could be a potential treatment for food allergies
Inulin, a naturally occurring plant fiber commonly used as a prebiotic supplement, could be a potential new treatment for food allergies.
Blastocystis: Gut microbe linked to healthier diets and better cardiometabolic health
A study involving over 50,000 individuals from around the world reveals higher levels of the gut microbe Blastocystis in people who have better cardiometabolic health and follow a healthier diet. …
Scientists create first humanized mouse model with complete, functional human immune system
Scientists have created a humanized mouse model with a human immune system and a human-like gut microbiome that is capable of mounting specific antibody responses. …
A new path toward gut microbiome-informed precision nutrition
Researchers simulated personalized responses to diet mediated by the gut microbiome, predicting individual-specific rates of health-promoting short-chain fatty acid production in response to various dietary factors. …
Circadian rhythm drives the release of important immune cells from bone marrow
The circadian rhythm regulates the migration of innate lymphoid cells from the bone marrow to target tissues, playing a crucial role in tissue immunity and barrier integrity. …
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