Figure 4
Figure 4. Overexpression of ZNF24 in human breast cancer cells leads to decreased VEGF levels and inhibition of tumor angiogenesis. (A) Protein extracts of control MDA-MB-231 cells and cells overexpressing ZNF24 were analyzed by immunoblot. (B) ELISA assays were performed using conditioned medium (left) and cell extracts (right) from control MDA-MB-231 cells or cells overexpressing ZNF24. ***P < .001. (C) In vivo angiogenesis assays were performed by injecting control MDA-MB-231 cells or cells overexpressing ZNF24. Images of tumor nodules were taken 3 days after injection. (D) Numbers of vessels induced by tumor nodules were quantified. pLenti: n = 23 tumor nodules; ZNF24: n = 17 tumor nodules. Data represent means ± SEM. *P < .05. Images were obtained at room temperature using a Leica MZ16F stereomicroscope equipped with a 4× objective with full-open aperature (Meyer Instruments), Retiga EXi camera (QImaging), and Openlab modular imaging software (PerkinElmer).

Overexpression of ZNF24 in human breast cancer cells leads to decreased VEGF levels and inhibition of tumor angiogenesis. (A) Protein extracts of control MDA-MB-231 cells and cells overexpressing ZNF24 were analyzed by immunoblot. (B) ELISA assays were performed using conditioned medium (left) and cell extracts (right) from control MDA-MB-231 cells or cells overexpressing ZNF24. ***P < .001. (C) In vivo angiogenesis assays were performed by injecting control MDA-MB-231 cells or cells overexpressing ZNF24. Images of tumor nodules were taken 3 days after injection. (D) Numbers of vessels induced by tumor nodules were quantified. pLenti: n = 23 tumor nodules; ZNF24: n = 17 tumor nodules. Data represent means ± SEM. *P < .05. Images were obtained at room temperature using a Leica MZ16F stereomicroscope equipped with a 4× objective with full-open aperature (Meyer Instruments), Retiga EXi camera (QImaging), and Openlab modular imaging software (PerkinElmer).

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