Figure 6.
p53 haploinsufficiency abolishes the protective effect of PARP-2 deficiency in the development of B lymphomas in Eμ-MycT/+ mice. (A) Kaplan-Meier curves comparing B-cell lymphoma–free survival of Eμ-MycT/+Parp-2+/+p53+/− and Eμ-MycT/+Parp-2−/−p53+/− mice. (B) Bar graph displaying absolute number of total, pre-B, immature (ImmB), and mature (MatB) BM B cells in Eμ-MycT/+Parp-2+/+p53+/− and Eμ-MycT/+Parp-2−/−p53+/− mice. (C) Graph showing the percentage of BM pre-B cells for each genotype in G0, G1, S, and G2/M phases of the cell cycle. (D) Bar graph showing the percentage of cells positive for active caspase-3 for each genotype. Values represent mean ± SEM obtained from at least 6 mice per genotype.

p53 haploinsufficiency abolishes the protective effect of PARP-2 deficiency in the development of B lymphomas in Eμ-MycT/+ mice. (A) Kaplan-Meier curves comparing B-cell lymphoma–free survival of Eμ-MycT/+Parp-2+/+p53+/− and Eμ-MycT/+Parp-2−/−p53+/− mice. (B) Bar graph displaying absolute number of total, pre-B, immature (ImmB), and mature (MatB) BM B cells in Eμ-MycT/+Parp-2+/+p53+/− and Eμ-MycT/+Parp-2−/−p53+/− mice. (C) Graph showing the percentage of BM pre-B cells for each genotype in G0, G1, S, and G2/M phases of the cell cycle. (D) Bar graph showing the percentage of cells positive for active caspase-3 for each genotype. Values represent mean ± SEM obtained from at least 6 mice per genotype.

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