CMIT researchers are pinpointing bacterial species that trigger the development of special immune cells which may be protective against ulcerative colitis and other inflammatory disorders.
In rare feat, researchers decipher how gut bacterium influences immunity
CMIT researchers and their collaborators have figured out how to circumvent those obstacles and enhance our understanding of the invisible communities in our guts.
Scientists have long suspected diabetes and the gut microbiome are linked. But the confounding impact of diabetes treatment on the microbiome has posed major challenges to studying the connection in people — until now.
Microbes in the digestive system can affect the activity of our T-cells. CMIT scientists are exploring just how that happens.
After witnessing the tangible impact human gut microbiome research had for patients and families, Gibbons has focused his own laboratory on understanding how the unique composition of an individual’s gut microbiome impacts health and well-being.
Intestinal microbes in people aged 100 or over produce unique bile acids that might help keep infections at bay.
When the Covid-19 pandemic was declared, both current and former members of the Alm lab jumped into action to help communities stay ahead of local case surges.
CMIT Co-Director Ramnik Xavier is one of many CMIT investigators leveraging their expertise and resources to study SARS-CoV-2, the virus that causes Covid-19. Pairing their expertise in immunology with that of computational and structural biologists, members of the Xavier lab reveal the reason why immune responses to Covid-19 vary so widely between individuals. By characterizing…