Scientific research

Head impacts in football may be linked to gut microbiota changes

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

Medical visits may rapidly reshape the microbiota of remote communities

The results may inform programs to preserve microbial diversity while delivering essential care.

Autoimmune syndrome may be tied to changes in gut bacteria, fungi, and viruses

Monitoring the gut microbiota could in the future help understand, diagnose, or manage Sjögren syndrome.

Microbes fine-tune their protein production to make communities more efficient

Microbial communities may be engineered at the protein-expression level because bacteria adjust their protein production in response to specific neighbors.

AI-based donor-matching tool may boost fecal transplant success rates

MOZAIC, an AI model designed to compare donor and recipients microbiotas, predicted the microbiota convergence after FMT with an accuracy of about 80%.

Outer membrane vesicles: a new player in the microbiota–gut–brain axis

According to Stephen Michael Collins, McMaster University, these vesicles may represent not only a new component of the microbiota–gut–brain axis, but also a promising platform for future targeted drug, vaccine…

Breastfeeding may offset health impacts of poorer socioeconomic status in children

Supplementation with key beneficial bacteria, alongside efforts to reduce breastfeeding barriers, may offer scalable strategies to reduce socioeconomic health disparities.

Success of microbiota transplants may depend on specific bacterial strains

Targeting specific bacterial strains, rather than overall gut diversity, can help develop effective microbiota therapies.

Hidden gut bacteria may be key to a healthy microbiota

Uncultured gut bacteria, particularly one group called CAG-170, are key contributors to a healthy microbiota. 

Stem-like cells in the gut sense commensal bacteria to recruit protective immune cells

E. coli 541-15 helps the colon recruit key immune cells that can develop into macrophages.

Subscribe to MicrobiomePost newsletter

Take full advantage of MicrobiomePost‘s features.