Supplementary Figure 2: Flow cytometry analysis of B and T cell development in Hoxb5-overepressing transgenic mice | Nature Immunology

Supplementary Figure 2: Flow cytometry analysis of B and T cell development in Hoxb5-overepressing transgenic mice

From: Transcription factor Hoxb5 reprograms B cells into functional T lymphocytes

Supplementary Figure 2

(a) Schematic diagram of Hoxb5 knock in mouse model. The Hoxb5-EGFP expression cassette was inserted into ROSA26 (Hoxb5LSL/+ mice). (b) Flow cytometry analysis of CD19+B220+IgMhiIgDlo immature B and CD19+B220+IgMloIgDhi mature B cells in BM, Spleen and PB of Hoxb5LSL/+ CD19-Cre and littermate Hoxb5LSL/+ control mice (8-week-old). Representative plots were shown. (c) Flow cytometry analysis of CD19+B220+CD93+IgM- pro-pre-B cells in the bone marrow of Hoxb5LSL/+ CD19-Cre and littermate Hoxb5LSL/+ control mice (8-week-old). Representative plots were shown. (d-e) Flow cytometry analysis of DN cells in thymus (d) gated from Ter119-Mac1-CD19- population, T cells in PB, Spleen, and LN (e) gated from Ter119-Mac1- population of Hoxb5LSL/+Vav-Cre mice and littermate control (8-week-old mice). Representative plots of DN cells in thymus and T cells in PB, Spleen, LN and BM were shown. (f) Flow cytometry analysis of Lin-CD44+c-kithiCD25- early T cell lineage progenitors (ETP) in thymus and BM from the Hoxb5LSL/+Vav-Cre mice and littermate control (8-week-old mice). Representative plots were shown. Data are representative of two independent experiments (b-f).

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