Figure 2.
Figure 2. Use of the OP9 stromal cell line enhances the number and duration of neutrophils produced. The effects of OP9 cells on the number and duration of neutrophils produced in a single well (9.5 cm2 growth area) of a 6-well plate over 26 days from a representative experiment is shown. At the indicated times in the neutrophil differentiation mix, 1 mL of cells in suspension following gentle flushing was retrieved and counted using a hemacytometer as described in “Materials and methods.” Multiple wells were assayed in sequence to enable evaluation of each well every 8 days, which eliminated any effect of cell removal on the cell number. In the OP9 group, cells were differentiated in the presence of the OP9 cells starting at the gp-130 differentiation medium (□, –OP9; ⋄, + OP9 cells). Error bars represent standard deviations.

Use of the OP9 stromal cell line enhances the number and duration of neutrophils produced. The effects of OP9 cells on the number and duration of neutrophils produced in a single well (9.5 cm2 growth area) of a 6-well plate over 26 days from a representative experiment is shown. At the indicated times in the neutrophil differentiation mix, 1 mL of cells in suspension following gentle flushing was retrieved and counted using a hemacytometer as described in “Materials and methods.” Multiple wells were assayed in sequence to enable evaluation of each well every 8 days, which eliminated any effect of cell removal on the cell number. In the OP9 group, cells were differentiated in the presence of the OP9 cells starting at the gp-130 differentiation medium (□, –OP9; ⋄, + OP9 cells). Error bars represent standard deviations.

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