K. A. Kuhn

This study investigates the role of MAIT cells in a genetically diverse mouse model of spontaneous colitis, finding that MAIT cells drive chronic inflammation and colonic pathology.

This study shows that microbiota-dependent indole production is essential for collagen-induced arthritis development and identifies potential therapeutic targets.

Subdoligranulum spp. targeted by RA-relevant autoantibodies activate T cells in RA patients and induce autoantibodies and joint swelling in mice.

This study compares metatranscriptomic and metabolomic data from mucosal cytology brush sampling and intestinal biopsy in healthy participants, finding brush sampling is less invasive but metabolomics may require biopsy.

The paper identifies differential intestinal bacteriophage communities in individuals at risk for RA based on anti-CCP status, linking them to distinct metabolic potentials and potential roles in RA pathogenesis.