Figure 3
Figure 3. Enhanced development of γδ T cells in the absence of Itk is bone marrow intrinsic. Thy1.1+WT or Thy1.1+Itk−/− bone marrow was intravenously injected to irradiated Thy1.2 WT and Itk−/− mice. Eight weeks later, the percentage of CD3+γδTCR+ cells of donor WT and Itk−/− cells (A) and the percentage of CD4 and CD8 population on donor γδ T cells (B) were analyzed. Data are representative of 2 independent experiments. (C) The 1:1 mixtures of bone marrow from CD45.1/Thy1.2 congenic WT mice and CD45.2/Thy1.2 congenic Itk−/− mice were intravenously injected to irradiated Thy1.1 WT mice. Eight weeks later, the percentage of CD3+γδTCR+ cells of donor WT and Itk−/− was analyzed. Data are representative of 3 mice.

Enhanced development of γδ T cells in the absence of Itk is bone marrow intrinsic. Thy1.1+WT or Thy1.1+Itk−/− bone marrow was intravenously injected to irradiated Thy1.2 WT and Itk−/− mice. Eight weeks later, the percentage of CD3+γδTCR+ cells of donor WT and Itk−/− cells (A) and the percentage of CD4 and CD8 population on donor γδ T cells (B) were analyzed. Data are representative of 2 independent experiments. (C) The 1:1 mixtures of bone marrow from CD45.1/Thy1.2 congenic WT mice and CD45.2/Thy1.2 congenic Itk−/− mice were intravenously injected to irradiated Thy1.1 WT mice. Eight weeks later, the percentage of CD3+γδTCR+ cells of donor WT and Itk−/− was analyzed. Data are representative of 3 mice.

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