Figure 6.
Figure 6. Comparison of engraftment with HW80 background BM cells following injection into either irradiated or nonirradiated hosts. (A) To determine engraftment levels of STAT5ab–/– or wild-type HW80 BM cells into irradiated hosts, mice were given transplants and peripheral red blood cells were analyzed by hemoglobin electrophoresis for the Hbd contribution 12 weeks following injection. This was compared with injection of the same donor BM cells into W/Wv hosts, in the absence of any myeloablative conditioning. Each lane on the hemoglobin gels represents a single mouse. (B) Summary of the engraftment efficiency for HW80 and C57BL/6 mice of either the wild-type or STAT5ab–/– genotype. ▪ represents the total number of injected W/Wv mice, and □ the number of those injected that actually showed engraftment by hemoglobin electrophoresis.

Comparison of engraftment with HW80 background BM cells following injection into either irradiated or nonirradiated hosts. (A) To determine engraftment levels of STAT5ab–/– or wild-type HW80 BM cells into irradiated hosts, mice were given transplants and peripheral red blood cells were analyzed by hemoglobin electrophoresis for the Hbd contribution 12 weeks following injection. This was compared with injection of the same donor BM cells into W/Wv hosts, in the absence of any myeloablative conditioning. Each lane on the hemoglobin gels represents a single mouse. (B) Summary of the engraftment efficiency for HW80 and C57BL/6 mice of either the wild-type or STAT5ab–/– genotype. ▪ represents the total number of injected W/Wv mice, and □ the number of those injected that actually showed engraftment by hemoglobin electrophoresis.

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