Figure 1.
Figure 1. Distribution of human myeloid subsets in BRGSF mice and effect of Flt3L on their development. Representative flow cytometry immunophenotypic analysis of hCD45+HLA−DR+CD19−CD3−CD56− cells from bone marrow (A) and spleen (C) of an Flt3L-treated mouse and a PBS-treated littermate engrafted with the same CD34+ HSC donor. Comparison of frequencies within the human CD45+ cells and total number of the 4 myeloid subsets (CD14+ monocytes, CD123+ pDCs, CD141+ cDCs, and CD1c+ cDCs) with or without Flt3L treatment in bone marrow (B) and spleen (D). Each dot represents 1 mouse. Composite data from 3 independent experiments are shown. Numbers in plots represent frequencies within gates.

Distribution of human myeloid subsets in BRGSF mice and effect of Flt3L on their development. Representative flow cytometry immunophenotypic analysis of hCD45+HLADR+CD19CD3CD56 cells from bone marrow (A) and spleen (C) of an Flt3L-treated mouse and a PBS-treated littermate engrafted with the same CD34+ HSC donor. Comparison of frequencies within the human CD45+ cells and total number of the 4 myeloid subsets (CD14+ monocytes, CD123+ pDCs, CD141+ cDCs, and CD1c+ cDCs) with or without Flt3L treatment in bone marrow (B) and spleen (D). Each dot represents 1 mouse. Composite data from 3 independent experiments are shown. Numbers in plots represent frequencies within gates.

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