Figure 3.
Figure 3. Enrichment of peripheral blood RBC chimerism compared with RBC progenitor chimerism in the bone marrow and spleen. Early RBC progenitors (defined as Ter-119high/CD71high/pan-CD45+/PI-) were quantified by flow cytometry, and their origin (donor, eGFP+/CD45.1-) or host (eGFP-/CD45.1+) was determined. In both bone marrow (A) and spleen (B), sickle RBC progenitors predominated despite near complete replacement of the peripheral blood with donor RBCs. The x-axis shows the percentage of donor Hb in the peripheral blood. The y-axis depicts the percentage of eGFP+/CD45.1- donor (▴) or eGFP-/CD45.1+ sickle (▴) RBC progenitors in individual mice receiving transplants. In sickle (0% donor Hb) or eGFP (100% donor Hb) control animals the percentage of donor (•) or host (▵) RBC progenitors is also shown.

Enrichment of peripheral blood RBC chimerism compared with RBCprogenitor chimerism in the bone marrow and spleen. Early RBC progenitors (defined as Ter-119high/CD71high/pan-CD45+/PI-) were quantified by flow cytometry, and their origin (donor, eGFP+/CD45.1-) or host (eGFP-/CD45.1+) was determined. In both bone marrow (A) and spleen (B), sickle RBC progenitors predominated despite near complete replacement of the peripheral blood with donor RBCs. The x-axis shows the percentage of donor Hb in the peripheral blood. The y-axis depicts the percentage of eGFP+/CD45.1- donor (▴) or eGFP-/CD45.1+ sickle (▴) RBC progenitors in individual mice receiving transplants. In sickle (0% donor Hb) or eGFP (100% donor Hb) control animals the percentage of donor (•) or host (▵) RBC progenitors is also shown.

Close Modal

or Create an Account

Close Modal
Close Modal