Figure 5.
Figure 5. TfR-/- chimeras display a differential ability to produce T and B cells in secondary lymphoid organs on a RAG2-/- background. Nucleated cells from 7-week-old chimeras and control animals were stained with Ly9.1, B220, and Thy1.2 and analyzed by flow cytometry. Cells (200 000-500 000) were counted for these analyses. Percentages of cells in each quadrant are indicated. (A) Splenic cells. (B) Lymph node (axial, brachial, inguinal, and mesenteric) cells. All TfR-/- chimeras show few, if any, Ly9.1+Thy1.2+ cells. Only those TfR-/- chimeras with TfR-/- cells in the bone marrow (no. 30 and no. 32) display a small number of Ly9.1+B220+ cells. The TfR-/- BM-negative chimera shown is representative of the other 4 TfR-/- BM-negative chimeras obtained.

TfR-/- chimeras display a differential ability to produce T and B cells in secondary lymphoid organs on a RAG2-/- background. Nucleated cells from 7-week-old chimeras and control animals were stained with Ly9.1, B220, and Thy1.2 and analyzed by flow cytometry. Cells (200 000-500 000) were counted for these analyses. Percentages of cells in each quadrant are indicated. (A) Splenic cells. (B) Lymph node (axial, brachial, inguinal, and mesenteric) cells. All TfR-/- chimeras show few, if any, Ly9.1+Thy1.2+ cells. Only those TfR-/- chimeras with TfR-/- cells in the bone marrow (no. 30 and no. 32) display a small number of Ly9.1+B220+ cells. The TfR-/- BM-negative chimera shown is representative of the other 4 TfR-/- BM-negative chimeras obtained.

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