Fig. 1.
Fig. 1. Flow cytometric analysis of the surface-marker–expression profile of murine bone marrow (BM) cells. / Lineage-positive cells were removed by CS column before flow cytometry. (A) Expression of Sca-1 and c-kit on the cell surface was gated as shown; Lin− Sca+ kit+cells were gated as shown in box A. (B) Expression of CD38 and CD34 on the cell surface of the Lin− Sca+kit+ cells was used to separate the cell population shown in box A in Figure 1A into the following 4 subsets: Sca+kit+ CD38+ CD34−(38+34−), Sca+ kit+CD38+ CD34+ (38+34+), Sca+ kit+ CD38−CD34+(38−34+), and Sca+kit+ CD38− CD34−(38−34−). Two other subpopulations examined (Figure 3) were Sca+ kit+ CD38+CD34lo (38+34lo) and Sca+ kit+ CD38− CD34lo(38−34lo) (rectangular gates). Cells in each population were sorted and collected for analysis in a competitive repopulation assay.

Flow cytometric analysis of the surface-marker–expression profile of murine bone marrow (BM) cells.

Lineage-positive cells were removed by CS column before flow cytometry. (A) Expression of Sca-1 and c-kit on the cell surface was gated as shown; Lin Sca+ kit+cells were gated as shown in box A. (B) Expression of CD38 and CD34 on the cell surface of the Lin Sca+kit+ cells was used to separate the cell population shown in box A in Figure 1A into the following 4 subsets: Sca+kit+ CD38+ CD34(38+34), Sca+ kit+CD38+ CD34+ (38+34+), Sca+ kit+ CD38CD34+(3834+), and Sca+kit+ CD38 CD34(3834). Two other subpopulations examined (Figure 3) were Sca+ kit+ CD38+CD34lo (38+34lo) and Sca+ kit+ CD38 CD34lo(3834lo) (rectangular gates). Cells in each population were sorted and collected for analysis in a competitive repopulation assay.

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