Figure 2.
CBX7 inhibitors reduce the viability of leukemic cell lines. (A) Chemical structure of EC compounds synthesized for this study. (B) Percentage viable OCI-AML3 cells normalized to their experimental untreated DMSO control after treatment with the EC compounds for 4 days. Data points are plotted as the mean of ≥3 replicates with SEM as error bar. (C) Percentage viable cells normalized to their experimental untreated DMSO control of 4 myeloid leukemia cell lines after treatment with increasing doses of the CBX7 inhibitors, MS452, EC-134, and BDA-41 for 4 days. Data points are plotted as the mean of ≥3 replicates with SEM as error bar. (D) IC50 values of each compound in the different cell lines are indicated in the heat map.

CBX7 inhibitors reduce the viability of leukemic cell lines. (A) Chemical structure of EC compounds synthesized for this study. (B) Percentage viable OCI-AML3 cells normalized to their experimental untreated DMSO control after treatment with the EC compounds for 4 days. Data points are plotted as the mean of ≥3 replicates with SEM as error bar. (C) Percentage viable cells normalized to their experimental untreated DMSO control of 4 myeloid leukemia cell lines after treatment with increasing doses of the CBX7 inhibitors, MS452, EC-134, and BDA-41 for 4 days. Data points are plotted as the mean of ≥3 replicates with SEM as error bar. (D) IC50 values of each compound in the different cell lines are indicated in the heat map.

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