A C D B Asynchronous 10 70 100 200 50 nM Nocodazole 150 ► 100 ► 75 ►

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A C D B Asynchronous 10 70 100 200 50 nM Nocodazole 150 ► 100 ► 75 ► 37 ► 8 hours post 4 Gy IR nM OTS964 Loading control Fig. S2. (A) Effect of OTS964 on cell viability in a panel of different cancer and normal cell lines. (B) Immunoblot to assay TOPK activity using a phospho-specific antibody targeting the TOPK substrate motif, HpTGEKP. Asynchronous and Nocodazole synchronised samples are shown. Actin was used as a protein loading control. (C) The panel of cancer cell lines was further tested for radiosensitivity after 4 hours treatment with TOPK inhibitor OTS964 (70 nM for SQ20B, 200 nM for H1299, T24, PC3 based on optimisation). (D) HUVEC and HMEC_1 normal cell lines were tested for radiosensitivity after 4 hours treatment with 100 nM OTS964. All data are representative of three independent experiments and are presented as mean +/- SD from triplicate wells. Survival curves were fitted using non-linear regression. Results were analysed by factorial 2-way ANOVA, with significance of p<0.05. PE = Plating Efficiency; SER10 = Survival enhancement ratio at a surviving fraction of 0.10.