Scientific research
Targeting specific bacterial strains, rather than overall gut diversity, can help develop effective microbiota therapies.
Uncultured gut bacteria, particularly one group called CAG-170, are key contributors to a healthy microbiota.
E. coli 541-15 helps the colon recruit key immune cells that can develop into macrophages.
The findings reveal a gut-testis interplay that may explain why low oxygen environments reduce male fertility at high altitudes.
Gianfranco Grompone, Chief Scientific Officer at BioGaia GA, discusses the new evidences about oral microbiome.
Nutrient competition provides a predictive framework to anticipate and potentially mitigate drug side effects on the gut microbiota.
Douwe Van Sinderen, professor of Molecular Microbiology at School of Microbiology & APC Microbiome Ireland, focuses on bacteriophages infecting lactic acid bacteria used in food and probiotic applications.
Ethical, long-term partnerships can uncover valuable scientific insights while respecting Indigenous knowledge.
The abundance of Bifidobacterium may explain M116’s excellent cholesterol profile and low inflammation levels.
The authors propose a coordinated framework involving policymakers, scientists, educators, and communities to embed microbiota science into One Health strategies.
