Figure 1.
Figure 1. Flow cytometry analysis of mouse fetal liver cells. Mouse fetal liver cells were freshly isolated from E14.5 embryos and double labeled with a FITC-conjugated anti-CD71 monoclonal antibody (mAb) and a PE-conjugated anti-TER119 mAb. Dead cells (propidium iodide–positive) and debris (low forward scatter) were excluded from analysis. The top left panel illustrates a density plot of all viable fetal liver cells; axes indicate relative logarithmic fluorescence units for PE (x-axis) and FITC (y-axis). Regions R1 to R5 are defined by characteristic staining pattern of cells, including CD71medTER119low, CD71highTER119low, CD71highTER119high, CD71medTER119high, and CD71lowTER119high, respectively. R1 to R5 cells were sorted by FACS and their purity was reanalyzed, as shown in the remaining 5 panels.

Flow cytometry analysis of mouse fetal liver cells. Mouse fetal liver cells were freshly isolated from E14.5 embryos and double labeled with a FITC-conjugated anti-CD71 monoclonal antibody (mAb) and a PE-conjugated anti-TER119 mAb. Dead cells (propidium iodide–positive) and debris (low forward scatter) were excluded from analysis. The top left panel illustrates a density plot of all viable fetal liver cells; axes indicate relative logarithmic fluorescence units for PE (x-axis) and FITC (y-axis). Regions R1 to R5 are defined by characteristic staining pattern of cells, including CD71medTER119low, CD71highTER119low, CD71highTER119high, CD71medTER119high, and CD71lowTER119high, respectively. R1 to R5 cells were sorted by FACS and their purity was reanalyzed, as shown in the remaining 5 panels.

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