Fig. 2.
Fig. 2. In vivo inhibition of GVHD mortality by the infusion of tolerized cells. / Tolerized cells reduce GVHD mortality induced by naive or primed cells. (A) One hundred thousand naive B6 CD4+ T cells were injected with or without 105 tolerized B6 CD4+T cells (by separate injection) into sublethally irradiated bm12 recipients. Four separate experiments with similar results were pooled; n = 23 for recipients of naive cells and n = 32 for recipients of naive and tolerized cells (P < .001). (B) One hundred thousand primed B6 CD4+ T cells were injected with or without 105 tolerized B6 CD4+ T cells (by separate injection) into sublethally irradiated bm12 recipients. Three separate experiments with similar results were pooled; n = 15 for recipients of primed cells and n = 24 for recipients of primed and tolerized cells (P < .001). On the x-axis are days after transfer of T cells. The y-axis shows the proportion of recipients surviving after transfer.

In vivo inhibition of GVHD mortality by the infusion of tolerized cells.

Tolerized cells reduce GVHD mortality induced by naive or primed cells. (A) One hundred thousand naive B6 CD4+ T cells were injected with or without 105 tolerized B6 CD4+T cells (by separate injection) into sublethally irradiated bm12 recipients. Four separate experiments with similar results were pooled; n = 23 for recipients of naive cells and n = 32 for recipients of naive and tolerized cells (P < .001). (B) One hundred thousand primed B6 CD4+ T cells were injected with or without 105 tolerized B6 CD4+ T cells (by separate injection) into sublethally irradiated bm12 recipients. Three separate experiments with similar results were pooled; n = 15 for recipients of primed cells and n = 24 for recipients of primed and tolerized cells (P < .001). On the x-axis are days after transfer of T cells. The y-axis shows the proportion of recipients surviving after transfer.

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