Nan fang yi ke da xue xue bao = Journal of Southern Medical University · 2015
[Adenovirus vector-mediated short hairpin RNA targeting nuclear factor-κB suppresses proliferation of endometrial cells of Macaca fascicularis in vitro].
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Zhu Fengcheng, Liu Mubiao, Pan Ying, Wang Xuefeng, Chen Yanying
Аннотация
OBJECTIVE: To assess the effect of a high specific adenovirus vector-mediated shRNA targeting nuclear factor-κB (NF-κB) on cell proliferation of the endometrium of Macaca fascicularis.
METHODS: The adenoviral vector NF-κB-p65-shRNA and the empty vector were separately trasnfected in cultured endometrial cells of Macaca fascicularis. The changes in the expression of the target gene protein and apoptotic proteins, cell proliferation, and cell cycle distribution were observed after the transfection.
RESULTS: Compared with the control cells, infection of the endometrial cells with the NF-κB-p65-shRNA adenovirus significantly increased the expression levels of apoptotic proteins, promoted apoptosis of the endometrial cells, and reduced the cells in division?stage.
CONCLUSIONS: NF-κB-p65 shRNA adenovirus can effectively promote apoptosis of endometrial cells and inhibit the proliferation of endometrial cells of Macaca fascicularis.
METHODS: The adenoviral vector NF-κB-p65-shRNA and the empty vector were separately trasnfected in cultured endometrial cells of Macaca fascicularis. The changes in the expression of the target gene protein and apoptotic proteins, cell proliferation, and cell cycle distribution were observed after the transfection.
RESULTS: Compared with the control cells, infection of the endometrial cells with the NF-κB-p65-shRNA adenovirus significantly increased the expression levels of apoptotic proteins, promoted apoptosis of the endometrial cells, and reduced the cells in division?stage.
CONCLUSIONS: NF-κB-p65 shRNA adenovirus can effectively promote apoptosis of endometrial cells and inhibit the proliferation of endometrial cells of Macaca fascicularis.