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首页> 外文期刊>Applied biochemistry and biotechnology, Part A. enzyme engineering and biotechnology >Construction of the ie1-Bacmid Expression System and Its Use to Express EGFP and BmAGO_2 in BmN Cells
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Construction of the ie1-Bacmid Expression System and Its Use to Express EGFP and BmAGO_2 in BmN Cells

机译:ie1-Bacmid表达系统的构建及其在BmN细胞中表达EGFP和BmAGO_2的用途

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The presently available expression tools and vectors (e.g., eukaryotic expression vectors and the adenovirus expression system) for studying the functional genes in Bombyx mori are insufficient. The baculovirus expression system is only used as a protein production tool; therefore, recombinant proteins expressed by B. mori using the baculovirus expression system equipped with a polyhedrin promoter cannot be used for in vivo research applications. In this work, we constructed and screened a eukaryotic expression vector for silkworm cells The EGFP and B. mori Argonaute2 proteins were found to be efficiently expressed using the screened pIEx-1 vector with the FuGENE 6 transfection reagent. Additionally, we constructed a novel nucleopolyhedrovirus ie1-Bacmid expression system for the production of recombinant protein; we then used the system to highly express the EGFP and B. mori Argonaute2 proteins. In this system, the protein of interest can be efficiently expressed 13 h after infection by controlling the B. mori nucleopolyhedrovirus immediate early ie1 promoter. The ie1-Bacmid system provides a powerful adenovirus-like expression tool; not only can the tool be used to study baculovirus molecular biology for the silkworm but it is also useful in other research applications as well, such as the study of gene functions involved in cellular physiological processes.
机译:目前用于研究家蚕功能基因的可用表达工具和载体(例如,真核表达载体和腺病毒表达系统)不足。杆状病毒表达系统仅用作蛋白质生产工具。因此,使用装备有多角体蛋白启动子的杆状病毒表达系统由桑蚕芽孢杆菌表达的重组蛋白不能用于体内研究。在这项工作中,我们构建并筛选了用于家蚕细胞的真核表达载体。发现使用带有FuGENE 6转染试剂的筛选的pIEx-1载体可以有效表达EGFP和B. mori Argonaute2蛋白。此外,我们构建了一种新型的核多角体病毒即1-Bacmid表达系统,用于生产重组蛋白。然后,我们使用该系统高表达EGFP和B. mori Argonaute2蛋白。在该系统中,通过控制桑蚕核多角体病毒即刻早期ie1启动子,可以在感染后13 h有效表达目的蛋白。 ie1-Bacmid系统提供了功能强大的腺病毒样表达工具。该工具不仅可用于研究家蚕的杆状病毒分子生物学,而且还可用于其他研究应用程序,例如研究细胞生理过程中涉及的基因功能。

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