Gastroenterology

Gut microbes could protect against liver damage

A study published in Cell Metabolism shows that the gut microbiota can act at a distance to protect against liver damage.

Fecal microbiota transplant successfully treat patients with C. diff, UK’s largest survey finds

The largest study of fecal microbiota transplant in the UK shows that the procedure can successfully treat patients with C. diff infection.

Fecal microbiota transplants: opportunities and challenges

In two articles published in Cell Host & Microbe, scientists discuss some areas of FMT research that could help to develop safe and effective FMT therapies.

Gut bacteria help control muscle contraction in the colon, support healthy digestion

A new study helps to explain how nerve cells sense the microbes in the gut and how they coordinate their function with other tissues in the digestive tract.

Laxative abuse and other diarrhea-causing events could trigger C. difficile infection

A new study published in Nature Microbiology shows that the risk of colonization with C. difficile is highest during recovery from acute diarrhea.

Diabetes and cancer could be transmitted through gut bacteria, researchers argue

The gut microbiota plays a role in the noncommunicable diseases. Now a theory suggests that these conditions could be transmitted through the gut bacteria.

Gut dysfunction caused by a high fat diet might be linked to microbiota composition

Fat feeding reduces nutrient sensitivity of specific cells in the gut and alters the gut microbiota, a study published in eLife claims.

Human metabolites boost the growth of bacteria linked with inflammatory bowel disease

Researchers have found a class of metabolites that can shift the gut microbiota towards an IBD-like composition.

Algorithm reveals dozens of new antimicrobial compounds in the human gut

Researchers developed an algorithm that revealed dozens of previously unknown compounds in the human gut.

Diet and environment influence recovery of the gut microbiota after antibiotics

The recovery of the gut microbiota after antibiotic treatment depends on the host’s diet and on environmental factors, a study published in Cell Host & Microbes claims.

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