Figure 3.
Figure 3. Flow cytometric analysis of BM and spleen after transplantation with BM transduced with either Jak2V617F or Jak2wt in Balb/c mice. Dot plots demonstrate an approximately 10-fold increase in the ter119+ and the CD71+/ter119+ population in the spleens of Jak2V617F compared with Jak2wt animals. Most CD71+/ter119+ cells represented a more immature erythroid population at the level of BFU-Es. Representative plots from 1 of 12 independent experiments for the mutant mice and 1 of 10 experiments for the Jak2wt mice are shown. In the BM of Jak2V617F mice, a prominent population of mature Gr1+/Mac1+ myeloid cells was detectable that had increased approximately 3-fold compared with the BM of Jak2wt mice and approximately 10-fold in spleens of Jak2V617F compared with spleens of Jak2wt mice. B220+ B cells were proportionately decreased in the BM and spleens of Jak2V617F mice compared with Jak2wt mice.

Flow cytometric analysis of BM and spleen after transplantation with BM transduced with either Jak2V617F or Jak2wt in Balb/c mice. Dot plots demonstrate an approximately 10-fold increase in the ter119+ and the CD71+/ter119+ population in the spleens of Jak2V617F compared with Jak2wt animals. Most CD71+/ter119+ cells represented a more immature erythroid population at the level of BFU-Es. Representative plots from 1 of 12 independent experiments for the mutant mice and 1 of 10 experiments for the Jak2wt mice are shown. In the BM of Jak2V617F mice, a prominent population of mature Gr1+/Mac1+ myeloid cells was detectable that had increased approximately 3-fold compared with the BM of Jak2wt mice and approximately 10-fold in spleens of Jak2V617F compared with spleens of Jak2wt mice. B220+ B cells were proportionately decreased in the BM and spleens of Jak2V617F mice compared with Jak2wt mice.

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