Figure 5.
Development of DLBCL in MYD88L265Pmice. (A) Gross pathology images of spleens (top, in situ; bottom, dissected) and LNs from MYD88L265P mice with DLBCL. Scale bars, 1 cm. (B) Histologic and IHC stains of indicated markers on serial LN (top) and kidney metastasis (met.) (bottom) sections from MYD88L265P mice (n = 2) with DLBCL. Note punctate cytoplasmic MYD88 staining in the lymphoma cells (white arrowheads). Scale bars: white, 20 µm; black, 100 µm; yellow, 5 µm. (C) Density plots of flow cytometric analysis of indicated lymphocyte subpopulations in LNs from representative, age-matched AIDCre control and MYD88L265P DLBCL mice. (D) Clonality evaluated by Southern blot analysis of the IgH gene in DNA isolated from LNs, spleen (Sp), liver (Li), and tumor (T) of MYD88L265P (n = 3) mice with DLBCL. Clonal rearranged bands are indicated with white arrowheads. (E) Location of murine MYD88L265P and corresponding human DLBCL6 somatic mutations in affected proteins.

Development of DLBCL in MYD88L265Pmice. (A) Gross pathology images of spleens (top, in situ; bottom, dissected) and LNs from MYD88L265P mice with DLBCL. Scale bars, 1 cm. (B) Histologic and IHC stains of indicated markers on serial LN (top) and kidney metastasis (met.) (bottom) sections from MYD88L265P mice (n = 2) with DLBCL. Note punctate cytoplasmic MYD88 staining in the lymphoma cells (white arrowheads). Scale bars: white, 20 µm; black, 100 µm; yellow, 5 µm. (C) Density plots of flow cytometric analysis of indicated lymphocyte subpopulations in LNs from representative, age-matched AIDCre control and MYD88L265P DLBCL mice. (D) Clonality evaluated by Southern blot analysis of the IgH gene in DNA isolated from LNs, spleen (Sp), liver (Li), and tumor (T) of MYD88L265P (n = 3) mice with DLBCL. Clonal rearranged bands are indicated with white arrowheads. (E) Location of murine MYD88L265P and corresponding human DLBCL somatic mutations in affected proteins.

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