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用于在大肠杆菌中合成未融合蛋白的高效表达载体。

High-level expression vectors to synthesize unfused proteins in Escherichia coli.

作者信息

Seth A, Lapis P, Vande Woude G F, Papas T

出版信息

Gene. 1986;42(1):49-57. doi: 10.1016/0378-1119(86)90149-6.

Abstract

A new class of plasmid vectors (pANK-12, pANH-1, and pPL2) for synthesizing unfused proteins was constructed by inserting synthetic linkers at the NdeI site (CATATG) of plasmid pJL6, which contains the lambda cII gene initiator codon. These expression vectors contain the lambda pL promoter, the cII ribosome-binding site, cII start codon and unique restriction sites (KpnI, Asp718, HpaI, BamHI) downstream from the initiator ATG for expression of unfused proteins. The main advantage of these vectors is that any DNA fragment with an open reading frame that does not possess a start and/or a stop codon can be directed to overproduce protein in an unfused form.

摘要

通过在含有λ cII基因起始密码子的质粒pJL6的NdeI位点(CATATG)插入合成接头,构建了一类用于合成非融合蛋白的新型质粒载体(pANK - 12、pANH - 1和pPL2)。这些表达载体含有λ pL启动子、cII核糖体结合位点、cII起始密码子以及起始ATG下游用于非融合蛋白表达的独特限制性酶切位点(KpnI、Asp718、HpaI、BamHI)。这些载体的主要优点是,任何具有开放阅读框但不具备起始和/或终止密码子的DNA片段都可以被引导以非融合形式过量表达蛋白质。

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