Fig. 6.
Fig. 6. 59Fe release after 59Fe-Tf uptake. S, R1, and R2 cells were allowed to incorporate59Fe-Tf over 1 or 3 hours and then washed and reincubated in fresh medium. At the specified times, aliquots of cell suspension were harvested and the 59Fe in the medium and cells was counted to determine the percent of 59Fe released from cells to the medium. (A) 59Fe released by cells after a 1-hour uptake. Insert figure shows the amount of 59Fe (pmole Fe/106 cells) taken up by cells over the 1-hour incubation before release. Data represent means ± SE (n = 3). (B) Experimental conditions were similar to (A) except that59Fe release was examined after a 3-hour uptake of59Fe-Tf and the percent 59Fe released was measured over 20 hours. Data represent means ± SE (n = 3). Insert figure shows the amount of 59Fe (pmole Fe/106cells) taken up by cells over the 3-hour incubation before release.

59Fe release after 59Fe-Tf uptake. S, R1, and R2 cells were allowed to incorporate59Fe-Tf over 1 or 3 hours and then washed and reincubated in fresh medium. At the specified times, aliquots of cell suspension were harvested and the 59Fe in the medium and cells was counted to determine the percent of 59Fe released from cells to the medium. (A) 59Fe released by cells after a 1-hour uptake. Insert figure shows the amount of 59Fe (pmole Fe/106 cells) taken up by cells over the 1-hour incubation before release. Data represent means ± SE (n = 3). (B) Experimental conditions were similar to (A) except that59Fe release was examined after a 3-hour uptake of59Fe-Tf and the percent 59Fe released was measured over 20 hours. Data represent means ± SE (n = 3). Insert figure shows the amount of 59Fe (pmole Fe/106cells) taken up by cells over the 3-hour incubation before release.

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