Fig. 4.
Fig. 4. CD8+TCRαβ+ T cells promote complete donor-type chimerism and eliminate BCL1 tumor cells in the peripheral blood 20 days after BMT. / (A) Two-color flow cytometric analysis of H-2Kb versus BCL1-idiotype markers in white blood cells from a control recipient given BCL1 and total body irradiation (TBI, 450 cGy) alone. (B) Analysis of a recipient given BCL1 cells, TBI, and a transplant of 25 × 106 wild-type C57BL/6 whole bone marrow cells. (C) An irradiated tumor-bearing recipient given 50 × 106 CD4−/− bone marrow cells. (D) Recipient given 50 × 106 CD8−/− bone marrow cells. (E) An irradiated tumor-bearing recipient given a transplant of 50 × 106 TCD wild-type bone marrow cells. Add-back of 0.1 × 106 sorted wild-type bone marrow CD8+ T cells to the transplant is shown in panel F. Percentage of cells in each quadrant is shown.

CD8+TCRαβ+ T cells promote complete donor-type chimerism and eliminate BCL1 tumor cells in the peripheral blood 20 days after BMT.

(A) Two-color flow cytometric analysis of H-2Kb versus BCL1-idiotype markers in white blood cells from a control recipient given BCL1 and total body irradiation (TBI, 450 cGy) alone. (B) Analysis of a recipient given BCL1 cells, TBI, and a transplant of 25 × 106 wild-type C57BL/6 whole bone marrow cells. (C) An irradiated tumor-bearing recipient given 50 × 106 CD4−/− bone marrow cells. (D) Recipient given 50 × 106 CD8−/− bone marrow cells. (E) An irradiated tumor-bearing recipient given a transplant of 50 × 106 TCD wild-type bone marrow cells. Add-back of 0.1 × 106 sorted wild-type bone marrow CD8+ T cells to the transplant is shown in panel F. Percentage of cells in each quadrant is shown.

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