Figure 6
Figure 6. Effect of BIO on viability of INA6 MM cells in vitro. Viability of INA6-WT (A) and INA6-10.13 (B) cells exposed to increasing concentrations of BIO (0-1600nM) for 72 hours with or without addition of 10% MSC-conditioned medium as determined by trypan blue exclusion. Mean (± SD) for n = 6-9 samples is shown. ANOVA was performed after arcsine transformation of proportions. Asterisk indicates cut-off dose of BIO causing statistically significant reduction of viability (*P < .05). There were 2 to 3 sets of independent triplicates analyzed. (C) Western blot for cleaved caspase-3 showing induction of apoptosis in INA6-WT and INA6-10.13 cells by BIO after 18 hours exposure. Note the initial rescuing effect of MSC-conditioned medium, which is overcome by higher concentrations of BIO (1000nM). Membranes were cut and exposed with different sensitivity using an automated imaging system. To ensure comparability, INA6-WT or INA6-10.13 cells were run on the same gel, respectively, and lanes were spliced together for presentation purposes. Experiment was performed twice independently.

Effect of BIO on viability of INA6 MM cells in vitro. Viability of INA6-WT (A) and INA6-10.13 (B) cells exposed to increasing concentrations of BIO (0-1600nM) for 72 hours with or without addition of 10% MSC-conditioned medium as determined by trypan blue exclusion. Mean (± SD) for n = 6-9 samples is shown. ANOVA was performed after arcsine transformation of proportions. Asterisk indicates cut-off dose of BIO causing statistically significant reduction of viability (*P < .05). There were 2 to 3 sets of independent triplicates analyzed. (C) Western blot for cleaved caspase-3 showing induction of apoptosis in INA6-WT and INA6-10.13 cells by BIO after 18 hours exposure. Note the initial rescuing effect of MSC-conditioned medium, which is overcome by higher concentrations of BIO (1000nM). Membranes were cut and exposed with different sensitivity using an automated imaging system. To ensure comparability, INA6-WT or INA6-10.13 cells were run on the same gel, respectively, and lanes were spliced together for presentation purposes. Experiment was performed twice independently.

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