大肠杆菌bl21株干扰素α 2b (de3)的克隆与表达

D. S. Alrseetmiwe, A. A. Almayah, A. Nasser, M. H. Alnussairi, H. A. Zadeh, F. A. Mehrzi
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引用次数: 5

摘要

集中于干扰素α 2b基因(INF 2b),一种具有抗病毒和抗癌特性的蛋白质,可能是有益的治疗。在大规模生产之前,建议先对目标蛋白进行实验检查。细菌宿主是一个很好的选择,因为它可以让我们对这个主题有一个彻底的了解。本研究使用的INF-2b序列从NCBI基因数据库中获得,经优化后克隆并在pET28a+中表达。选择大肠杆菌作为目标蛋白的原核表达系统进行初步分析。表达pET:IFN结构的细菌细胞被iptg诱导产生该蛋白,然后使用SDS-PAGE进行分离。在凝胶分离过程中,研究蛋白的预期大小约为24 kDa。经western blotting进一步评价,成功表达ifn2b。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ESCHERICHIA COLI STRAIN BL21: CLONING AND EXPRESSION OF AN OPTIMIZED INTERFERON ALPHA 2B (DE3)
Concentrating on the interferon alpha 2b gene (INF 2b), a protein having antiviral and anticancer properties, could be beneficial therapeutically. It is advised to conduct an experimental examination of the target protein before having it produced on a big scale. The bacterial host is a good option since it allows us to gain a thorough understanding of the topic. The INF-2b sequence used in this study was obtained from the NCBI gene data library, and following optimization, it was cloned and expressed in pET28a+.Escherichia coli was chosen as the prokaryotic expression system for the target protein's initial analysis. Bacterial cells expressing the pET:IFN construct were IPTG-induced to produce the protein, which was then resolved using SDS-PAGE. During gel separation, the studied protein's anticipated size of roughly 24 kDa was seen. IFN 2b was successfully expressed, according to further evaluation by western blotting.
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