Figure 4
Figure 4. The requirement for CD8 cell-intrinsic molecules can be determined by the use of a CD8 T-cell adoptive transfer model. (A) Experimental scheme: KbDb double-deficient recipients lacking CD8 T cells were treated with 3 Gy TBI/anti-CD154 mAb followed by infusion of 9 × 106 WT CD8 T cells at the time of T cell–depleted allogeneic BMT. (B) KbDb double-deficient recipients were treated as depicted in panel A. For groups A and B, in vivo CD4 depletion was added to demonstrate that the transferred CD8 T cells are capable of rejection; in contrast, the CD4 cell–replete group C shows that these CD8 cells can be tolerized when CD4 cells are present; group D is a control group that did not receive CD8-cell transfer (n = 6-7/group).

The requirement for CD8 cell-intrinsic molecules can be determined by the use of a CD8 T-cell adoptive transfer model. (A) Experimental scheme: KbDb double-deficient recipients lacking CD8 T cells were treated with 3 Gy TBI/anti-CD154 mAb followed by infusion of 9 × 106 WT CD8 T cells at the time of T cell–depleted allogeneic BMT. (B) KbDb double-deficient recipients were treated as depicted in panel A. For groups A and B, in vivo CD4 depletion was added to demonstrate that the transferred CD8 T cells are capable of rejection; in contrast, the CD4 cell–replete group C shows that these CD8 cells can be tolerized when CD4 cells are present; group D is a control group that did not receive CD8-cell transfer (n = 6-7/group).

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