Keto diet could cause harmful changes to gut flora, worsen heart health
Researchers say a high-fat diet with aging affects the gut microbiome, the anatomy and physiology of the spleen, and immune response.
Researchers say a high-fat diet with aging affects the gut microbiome, the anatomy and physiology of the spleen, and immune response.
A recent study indicates that tryptophan, an amino acid, might be a key element in regulating the gut microbiome to protect against the adverse effects of aging.
A new Swedish study finds that excluding gluten from the diets of individuals suffering from Irritable Bowel Syndrome (IBS) may not be as important as previously thought. Instead, research is proving another dietary element to be the culprit. Types of carbohydrates known as fodmaps, (Fermentable oligosaccharides, disaccharides, monosaccharides, and polyols) prove to be an aggravation … Read more
Our robust defense system is composed of many cell types, including bacteria primarily within the gut. In order to keep themselves from being infected or killed by viruses, these bacteria utilize specific proteins that date back at least one billion years, according to a recent study. This implies that our immune system is most likely … Read more
The daily consumption of grapes offers surprising benefits to both gut health and cholesterol metabolism, according to a recent study.
Bacteria in the gut are found to secrete their metabolites into tiny vesicles that flow through the bloodstream, according to the study.
Researchers from the University of Illinois and Ohio State University put five brands of kefir, a fermented dairy beverage reminiscent of drinkable yogurt, to the test.
Microbes within the microbiome, which include a variety of viruses, fungi, and bacteria, can irritate the lining of the colon, resulting in inflammation. This can lead to cancer because of mutations in the DNA of cells in the colon.
While sleep studies mainly revolve around the brain, the control center of sleep initiation, a recent study shows that lethal sleep deprivation may initiate in the gut.
Three hazardous compounds generated by gut microbes have been detected in significant concentrations in individuals with multiple sclerosis (MS).