Figure 2
Figure 2. BRGS mice show efficient engraftment of human HSCs comparable to NOD-RG mice. In the BM, human HSC engraftment was examined by flow cytometric analysis 8 weeks after transplantation. C57BL/6-RG mice (■; n = 5), female BRGS mice (●; n = 17), male BRGS mice (○; n = 12), female NOD-RG mice (▴; n = 13), and male NOD-RG mice (▵; n = 5) mice were analyzed. (A) Both BRGS and NOD-RG female mice showed excellent human CD45+ reconstitution. BRGS male mice showed significantly better engraftment compared with NOD-RG male mice. (B) Frequencies of CD19+ B cells, CD33+ myeloid cells, and CD34+CD38− HSCs in BRGS and NOD-RG mice.

BRGS mice show efficient engraftment of human HSCs comparable to NOD-RG mice. In the BM, human HSC engraftment was examined by flow cytometric analysis 8 weeks after transplantation. C57BL/6-RG mice (■; n = 5), female BRGS mice (●; n = 17), male BRGS mice (○; n = 12), female NOD-RG mice (▴; n = 13), and male NOD-RG mice (▵; n = 5) mice were analyzed. (A) Both BRGS and NOD-RG female mice showed excellent human CD45+ reconstitution. BRGS male mice showed significantly better engraftment compared with NOD-RG male mice. (B) Frequencies of CD19+ B cells, CD33+ myeloid cells, and CD34+CD38 HSCs in BRGS and NOD-RG mice.

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