[PDF][PDF] CD1d1 mutant mice are deficient in natural T cells that promptlyproduce IL-4

SK Mendiratta, WD Martin, S Hong, A Boesteanu… - Immunity, 1997 - cell.com
SK Mendiratta, WD Martin, S Hong, A Boesteanu, S Joyce, L Van Kaer
Immunity, 1997cell.com
Murine CD1 has been implicated in the development and function of an unusual subset of T
cells, termed natural T (NT) cells, that coexpress the T cell receptor (TCR) and the natural
killer cell receptor NK1. 1. Activated NT cells promptly produce large amounts of IL-4,
suggesting that these cells can influence the differentiation of CD4+ effector T cell subsets.
We have generated mice that carry a mutant CD1d1 gene. NT cell numbers in the thymus,
spleen, and liver of these mice were dramatically reduced. Activated splenocytes from …
Abstract
Murine CD1 has been implicated in the development and function of an unusual subset of T cells, termed natural T (NT) cells, that coexpress the T cell receptor (TCR) and the natural killer cell receptor NK1.1. Activated NT cells promptly produce large amounts of IL-4, suggesting that these cells can influence the differentiation of CD4+ effector T cell subsets. We have generated mice that carry a mutant CD1d1 gene. NT cell numbers in the thymus, spleen, and liver of these mice were dramatically reduced. Activated splenocytes from mutant mice did not produce IL-4, whereas similarly treated wild-type splenocytes secreted large amounts of this cytokine. These results demonstrate a critical role for CD1 in the positive selection and function of NT cells.
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