Fig. 6.
Fig. 6. Reconstitution and hematopoietic differentiation capacity of Pax5−/− pre-B I cells upon serial in vivo transplantation and in vitro expansion. / Flow cytometric analysis of bone marrow (panel A) and thymus (panel B) 3 weeks after reconstitution with a primary GFP+Pax5−/− pre-B I cell clone. Flow cytometric analysis of bone marrow (panel C) and thymus (panel D) 3 weeks after transplantation of a quarternary GFP+Pax5−/− pre-B I cell clone. Flow cytometric analysis of reconstitution of the γδ TCR-expressing thymocyte, the NK T cell, NK cell, and CD8− and CD8+ DC compartments in the thymus (panel E) and of the myeloid compartment (gated on GFP-expressing cells) in the spleen of a fifth serial GFP+ Pax5−/− clone-transplant recipient that lacks αβ TCR-expressing thymocytes (panel F).

Reconstitution and hematopoietic differentiation capacity of Pax5−/− pre-B I cells upon serial in vivo transplantation and in vitro expansion.

Flow cytometric analysis of bone marrow (panel A) and thymus (panel B) 3 weeks after reconstitution with a primary GFP+Pax5−/− pre-B I cell clone. Flow cytometric analysis of bone marrow (panel C) and thymus (panel D) 3 weeks after transplantation of a quarternary GFP+Pax5−/− pre-B I cell clone. Flow cytometric analysis of reconstitution of the γδ TCR-expressing thymocyte, the NK T cell, NK cell, and CD8 and CD8+ DC compartments in the thymus (panel E) and of the myeloid compartment (gated on GFP-expressing cells) in the spleen of a fifth serial GFP+Pax5−/− clone-transplant recipient that lacks αβ TCR-expressing thymocytes (panel F).

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