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Inhibition of CR HCT-116 (A and B) or CR HT-29 cells (B) xenografts in EPA and/or FuOx-treated SCID mice. Inhibition of CR HCT-116 (A and B) or CR HT-29.

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Presentation on theme: "Inhibition of CR HCT-116 (A and B) or CR HT-29 cells (B) xenografts in EPA and/or FuOx-treated SCID mice. Inhibition of CR HCT-116 (A and B) or CR HT-29."— Presentation transcript:

1 Inhibition of CR HCT-116 (A and B) or CR HT-29 cells (B) xenografts in EPA and/or FuOx-treated SCID mice. Inhibition of CR HCT-116 (A and B) or CR HT-29 cells (B) xenografts in EPA and/or FuOx-treated SCID mice. A, EPA was administered for 7 days before inoculation of 1 × 106 CR HCT-116 cells and continued for the duration of the experiment. B and C, EPA + FuOx treatments were started 7 days after CR cells' inoculation. Each data point represents average of eight tumors ± SE. *, P > D, colonosphere formation in the cells isolated from CR HCT-116 and CR HT-29 xenografts X100. E, qRT-PCR on RNA from tumors of CR HT-29 and CR HCT-116 cells and CR HT-29 cells. Anita Vasudevan et al. Cancer Prev Res 2014;7: ©2014 by American Association for Cancer Research


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