Figure 1
Figure 1. Human T cells express both CCR5 and CXCR4 in DKO-hu HSC mice. Human CD34+ cells were injected intrahepatically in newborn DKO mice. (A) A representative cohort of 12 DKO-hu HSC mice reconstituted with FL CD34+ cells is analyzed by FACS. Individual open bars represent percentage of human CD45+ cells in total peripheral blood lymphoid cells (14 weeks after transplantation). The dark bars indicate the percentage of human CD3+CD4+ cells. (B) Long-term T-cell reconstitution in DKO-hu HSC mice. At 33 weeks after transplantation, the CD4+/CD8+ pattern on human CD45+ cells in the PBMCs, spleen, and thymus are analyzed. (C) Expression of HIV-1 coreceptors on human CD4+ T cells. Representative FACS analysis of CCR5 (top) or CXCR4 (bottom) on human CD45+CD3+CD4+ cells in PBMCs and lymphoid organs of DKO-hu HSC mice. ITTP indicates intrathymic T progenitor (CD4+CD8−CD3+); DP, double positive (CD4+CD8+ thymocytes); CD4SP, CD4+ single positive (CD4+CD8− thymocytes).

Human T cells express both CCR5 and CXCR4 in DKO-hu HSC mice. Human CD34+ cells were injected intrahepatically in newborn DKO mice. (A) A representative cohort of 12 DKO-hu HSC mice reconstituted with FL CD34+ cells is analyzed by FACS. Individual open bars represent percentage of human CD45+ cells in total peripheral blood lymphoid cells (14 weeks after transplantation). The dark bars indicate the percentage of human CD3+CD4+ cells. (B) Long-term T-cell reconstitution in DKO-hu HSC mice. At 33 weeks after transplantation, the CD4+/CD8+ pattern on human CD45+ cells in the PBMCs, spleen, and thymus are analyzed. (C) Expression of HIV-1 coreceptors on human CD4+ T cells. Representative FACS analysis of CCR5 (top) or CXCR4 (bottom) on human CD45+CD3+CD4+ cells in PBMCs and lymphoid organs of DKO-hu HSC mice. ITTP indicates intrathymic T progenitor (CD4+CD8−CD3+); DP, double positive (CD4+CD8+ thymocytes); CD4SP, CD4+ single positive (CD4+CD8− thymocytes).

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