Figure 1
Figure 1. Dramatic reduction of pDCs in the absence of CXCR4. E16.5 fetal liver cells (Ly5.2+/Ly5.1−) from CXCR4+/− and CXCR4−/ − mice were transferred into lethally irradiated Ly5.2−/Ly5.1+ recipients. CXCR4+/− and CXCR4−/ − chimeric mice were analyzed 16 to 45 weeks after transfer. (A-C) Flow cytometric analysis of bone marrow and spleen. Fluorescence staining profile of Ly5.2+CD19−NK1.1− cells (A), and the numbers of donor-derived Ly5.2+CD11cintB220+PDCA-1+ pDCs (n = 4-5) and Ly5.2+CD11chiB220− cDCs (B). (C) Intracellular IFN-α was measured by flow cytometry gating on donor-derived Ly5.2+/Ly5.1−CD19− cells with or without activation with poly U or CpG-ODN. (D) IFN-α production analysis by ELISA on supernatants from donor-derived Ly5.2+/Ly5.1− sorted cells in bone marrow with or without activation with CpG-ODN (n = 3). Error bars represent SD of the mean.

Dramatic reduction of pDCs in the absence of CXCR4. E16.5 fetal liver cells (Ly5.2+/Ly5.1) from CXCR4+/− and CXCR4−/ − mice were transferred into lethally irradiated Ly5.2/Ly5.1+ recipients. CXCR4+/− and CXCR4−/ − chimeric mice were analyzed 16 to 45 weeks after transfer. (A-C) Flow cytometric analysis of bone marrow and spleen. Fluorescence staining profile of Ly5.2+CD19NK1.1 cells (A), and the numbers of donor-derived Ly5.2+CD11cintB220+PDCA-1+ pDCs (n = 4-5) and Ly5.2+CD11chiB220 cDCs (B). (C) Intracellular IFN-α was measured by flow cytometry gating on donor-derived Ly5.2+/Ly5.1CD19 cells with or without activation with poly U or CpG-ODN. (D) IFN-α production analysis by ELISA on supernatants from donor-derived Ly5.2+/Ly5.1 sorted cells in bone marrow with or without activation with CpG-ODN (n = 3). Error bars represent SD of the mean.

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