Figure 2
Figure 2. MiR-155 preleukemic transgenic mice are characterized exclusively by an expansion of the pre–B-cell population, whereas the MiR-155–induced leukemias display a mixed B220low/IgM− and B220low/IgM+ immunophenotype. The myeloid lineage was equally expanded in all transgenics, preleukemic and leukemic alike. (A) Flow cytometry for B220 and IgM shows an increase of the B220+/IgM− population in the preleukemic spleens compared with the wild-type ones; the leukemic spleens exhibit a mixed B220low/IgM+ and B220low/IgM− immunophenotype. (B) Flow cytometry for CD11b shows an important increase of the myeloid lineage in the transgenic spleens (preleukemic and leukemic) compared with the wild-types.

MiR-155 preleukemic transgenic mice are characterized exclusively by an expansion of the pre–B-cell population, whereas the MiR-155–induced leukemias display a mixed B220low/IgM and B220low/IgM+ immunophenotype. The myeloid lineage was equally expanded in all transgenics, preleukemic and leukemic alike. (A) Flow cytometry for B220 and IgM shows an increase of the B220+/IgM population in the preleukemic spleens compared with the wild-type ones; the leukemic spleens exhibit a mixed B220low/IgM+ and B220low/IgM immunophenotype. (B) Flow cytometry for CD11b shows an important increase of the myeloid lineage in the transgenic spleens (preleukemic and leukemic) compared with the wild-types.

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