Figure 6
Monoclonal IgH rearrangement in tumors from KSHV latency locus transgenic mice was evaluated using PCR. (A) Splenomegaly found in a KSHV latency locus transgenic mouse with the spleen of a wild-type (WT) mouse. Bar represents 0.5 cm. (B-D) PCR products of splenic genomic DNAs from latency transgenic mice, 2 mouse lymphoma cell lines (i and ii), and 1 C57BL/6 mouse (WT) were resolved on a 1% Tris-acetate-EDTA-agarose gel. The WT lane shows 4 rearrangements of VDJH1, VDJH2, VDJH3, and VDJH4 (B-D) using DH5 (B), Dq52 (C), or VH7183 primers (D). ApoB was amplified to demonstrate an equal amount of genomic DNA was used for PCR (F). Cell lines i and ii mean mouse lymphoma cell lines; K46 and M12. M; 1-kb or 100-bp DNA ladder. Spleen architectures of the same mouse as in Figure 6A (E, TG) and littermate control mouse (E, WT) revealed by hematoxylin and eosin staining. Magnification ×400. (G) Spleen sizes of the KSHV latency transgenic (TG) and littermate control mice (WT) were plotted.

Monoclonal IgH rearrangement in tumors from KSHV latency locus transgenic mice was evaluated using PCR. (A) Splenomegaly found in a KSHV latency locus transgenic mouse with the spleen of a wild-type (WT) mouse. Bar represents 0.5 cm. (B-D) PCR products of splenic genomic DNAs from latency transgenic mice, 2 mouse lymphoma cell lines (i and ii), and 1 C57BL/6 mouse (WT) were resolved on a 1% Tris-acetate-EDTA-agarose gel. The WT lane shows 4 rearrangements of VDJH1, VDJH2, VDJH3, and VDJH4 (B-D) using DH5 (B), Dq52 (C), or VH7183 primers (D). ApoB was amplified to demonstrate an equal amount of genomic DNA was used for PCR (F). Cell lines i and ii mean mouse lymphoma cell lines; K46 and M12. M; 1-kb or 100-bp DNA ladder. Spleen architectures of the same mouse as in Figure 6A (E, TG) and littermate control mouse (E, WT) revealed by hematoxylin and eosin staining. Magnification ×400. (G) Spleen sizes of the KSHV latency transgenic (TG) and littermate control mice (WT) were plotted.

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