… To determine checkpoints in this differentiation process, we studied the impact of mutations
of genes involved in T cell differentiation. To characterize the gut differentiation process, we …

… cells that distinguish them from all other T-cell … cells differentiate from local precursors present
in the gut cryptopatches (CPs) following a pathway of T-cell differentiation unique to the gut …

… cells with cell cycle arrest as cells terminally differentiate. Powerful genetic approaches have
established the murine … , and enteroendocrine cells differentiate as cells migrate up the crypt…

… the unique steady state immune landscape of the healthy gut, including homeostatic innate
lymphoid cells, B, and T cell compartments. As in other organs, macrophages and dendritic …

… cellular differentiation since it undergoes continuous and rapid renewal. Perpetual differentiation
… that of the endogenous murine I-FABP gene in both axes of the gut. Nucleotides -277 to …

… cell differentiation, we induced chronic colitis that is promoted by Th1 and Th17, as well as B
cells (… revealed a requirement for IκB NS in Th17 cell differentiation during gut inflammation. …

… process, we next compared transcriptomes of Ly6C - blood cells and gut macrophages to
their Ly6C + monocyte precursors (Figure 6—figure supplement 1). A heat map of all 1303 …

… a CD8+ gut IEL do not need any thymic contribution to appear and belong to a different T cell
differentiation … Characterization ofa monoclonal antibody which detects all murine a//3 T cell …

… LP-SC soluble factors also supported plasma cell differentiation (Fig. 4e), which was probably
not caused … The ontogeny and distribution of the murine B cell IgE Fc receptor. J. Immunol. …

… detectable fitness burden within the gut over 14 days. … differentiation of six species within
the gut. Fluorescent protein-based differentiation of isogenic strains revealed that priority of gut …