Gastroenterology

Microbiota-derived enzyme may help manage type 2 diabetes

The findings suggest that Dau-d4 can supplement current DPP4 treatment approaches for type 2 diabetes.

Study reveals the gut microbiota’s ties to arthritis

The findings of a recent study may help identify targets for the prevention or treatment of rheumatoid arthritis and other inflammatory conditions.

Microbial consortia may help fight intestinal infections

The findings of a recent study suggest that microbial consortia such as MET-2 may be effective strategies to keep intestinal pathogens and antibiotic-resistant organisms at bay.

Even mild COVID can have long-lasting effects on gut microbes

The findings of a recent study suggest that even mild cases of COVID-19 can disrupt the gut microbiota.

Incredibly diverse bacteria inhabit the guts of hunter-gatherers in Tanzania

The findings of a recent study provide insights into how industrialized lifestyles have influenced the composition of the human gut microbiota.

Five bacterial signatures define the healthy human gut microbiota

The findings of a recent study may help researchers to characterize the composition of the human gut microbiota in health and disease.

Microbiota transplant may alleviate intestinal side effects of cancer immunotherapy

The findings of a recent study suggest that FMT is an effective strategy to mitigate the intestinal side effects of cancer immunotherapy.

Gut microbiota may be linked to Alzheimer’s disease risk, clinical study finds

Understanding how gut microbes are linked to preclinical Alzheimer’s disease could help to identify markers of disease risk.

Estrogen and gut microbiome-brain axis interactions in fear extinction

A recent review highlights that changes in fear-related mental health conditions are observed when the gut microbiota is altered or removed.

Validating the mechanism of action of BMC333 consortia through pre-clinical studies in IBD models

Osnat Tirosh, Head of Microbiome Research & Innovation at Biomica, talks about the validation of the mechanism of action of BMC333 consortia through pre-clinical studies in IBD models.

Subscribe to MicrobiomePost newsletter

Take full advantage of MicrobiomePost‘s features.

Scroll to Top