Figure 1.
Figure 1. MLL-ENL initiates AML most efficiently when it is induced in neonates. (A) Overview of the strategy for inducing MLL-ENL at E10.5, P0, and 3 weeks and 8 weeks after birth. (B) Kaplan-Meier survival curves for mice after MLL-ENL induction at the indicated ages. **P < .01, ***P < .0001 relative to induction at 8 weeks after birth. #P < .0001 for P0 relative to E10.5 induction. Survival curves were compared with the log-rank test. Group sizes are indicated. (C) Representative flow plot for AML specimens from Tet-OFF-MLL-ENL mice. (D) Representative AML cytospin. Scale bar indicates 100 μM. (E) Expression of the MLL-ENL transcript by RNA-seq after induction at E10.5. Reads from HPCs and pGMs were mapped to the human MLL-ENL sequence for the indicated induction ages and genotypes. Reads per kilobase of transcript per million mapped reads values from each sample were normalized to one allele of endogenous Mll1.

MLL-ENL initiates AML most efficiently when it is induced in neonates. (A) Overview of the strategy for inducing MLL-ENL at E10.5, P0, and 3 weeks and 8 weeks after birth. (B) Kaplan-Meier survival curves for mice after MLL-ENL induction at the indicated ages. **P < .01, ***P < .0001 relative to induction at 8 weeks after birth. #P < .0001 for P0 relative to E10.5 induction. Survival curves were compared with the log-rank test. Group sizes are indicated. (C) Representative flow plot for AML specimens from Tet-OFF-MLL-ENL mice. (D) Representative AML cytospin. Scale bar indicates 100 μM. (E) Expression of the MLL-ENL transcript by RNA-seq after induction at E10.5. Reads from HPCs and pGMs were mapped to the human MLL-ENL sequence for the indicated induction ages and genotypes. Reads per kilobase of transcript per million mapped reads values from each sample were normalized to one allele of endogenous Mll1.

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