Figure 5.
Figure 5. 59Fe incorporation into heme by cultured erythroblasts from conditional bcl-x-/- mice and bled controls. At the indicated times, 59Fe-transferrin was added to quadruplicate cultures of erythroblasts from conditional bcl-x-/- mice or from bled control mice. After 2 hours of further incubation, incorporation of 59Fe into heme was quantified for each labeled culture and presented as counts per minute per 106 viable cells. Data are mean ± SEM of the quadruplicate cultures. The experiment shown is representative of 2 complete time-course experiments with 2 sets of erythroblast populations from conditional bcl-x-/- and bled control mice. For each of the 6 time points in the 2 independent experiments, the cells from bled controls incorporated significantly more 59Fe into heme per 106 viable cells than the bcl-x-/- erythroblasts.

59Fe incorporation into heme by cultured erythroblasts from conditional bcl-x-/- mice and bled controls. At the indicated times, 59Fe-transferrin was added to quadruplicate cultures of erythroblasts from conditional bcl-x-/- mice or from bled control mice. After 2 hours of further incubation, incorporation of 59Fe into heme was quantified for each labeled culture and presented as counts per minute per 106 viable cells. Data are mean ± SEM of the quadruplicate cultures. The experiment shown is representative of 2 complete time-course experiments with 2 sets of erythroblast populations from conditional bcl-x-/- and bled control mice. For each of the 6 time points in the 2 independent experiments, the cells from bled controls incorporated significantly more 59Fe into heme per 106 viable cells than the bcl-x-/- erythroblasts.

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