Figure 5
Figure 5. CD86 is progressively down-regulated with progression in nonlymphoid lineages and may be re-acquired by hematopoietic cells arising from transplanted CD86− CD150Hi HSCs. HSC subsets distinguishable by CD45 alleles were sorted 3 times to > 99% purity as shown in Figure 3, and 200 cells were transplanted together into lethally irradiated recipients. Six months later, donor and recipient cells of the 2 types were recovered from BM and resolved according to the differentiation scheme of Pronk et al.27 Each histogram is color coded according to subset, and MFIs of CD86 staining are given. Recipient cells closely resemble those in normal mice that did not receive a transplant, and similar results were obtained with HSC subsets transplanted into separate recipients. Background staining (fluorescence minus one; FMO) is also shown in each column.

CD86 is progressively down-regulated with progression in nonlymphoid lineages and may be re-acquired by hematopoietic cells arising from transplanted CD86 CD150Hi HSCs. HSC subsets distinguishable by CD45 alleles were sorted 3 times to > 99% purity as shown in Figure 3, and 200 cells were transplanted together into lethally irradiated recipients. Six months later, donor and recipient cells of the 2 types were recovered from BM and resolved according to the differentiation scheme of Pronk et al.27  Each histogram is color coded according to subset, and MFIs of CD86 staining are given. Recipient cells closely resemble those in normal mice that did not receive a transplant, and similar results were obtained with HSC subsets transplanted into separate recipients. Background staining (fluorescence minus one; FMO) is also shown in each column.

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