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Finding one of a kind: advances in single-protein production

机译:寻找一种:单蛋白生产的进步

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An ultimate goal for any protein production system is to express only the protein of interest without producing other cellular proteins. To date, there are only two established methods that will allow the successful expression of only the protein of interest: the cell-free in vitro protein synthesis system and the in vivo single-protein production (SPP) system. Although single-protein production can be achieved in cell-free systems, it is not easy to completely suppress the production of cellular proteins during the production of a protein of interest in a living cell. However, the finding of a unique sequence-specific mRNA interferase in Escherichia coli led to the development of the SPP system by converting living cells into a bioreactor that produces only a single protein of interest without producing any cellular proteins. This technology not only provides a new high expression system for proteins, but also offers a novel avenue for protein structural studies.
机译:任何蛋白质生产系统的最终目标是仅表达目标蛋白质,而不产生其他细胞蛋白质。迄今为止,只有两种已建立的方法可以仅成功表达目标蛋白:无细胞体外蛋白合成系统和体内单蛋白生产(SPP)系统。尽管可以在无细胞系统中实现单蛋白生产,但是在活细胞中生产目标蛋白的过程中,要完全抑制细胞蛋白的生产并不容易。然而,在大肠杆菌中发现独特的序列特异性mRNA干扰酶导致SPP系统的发展,方法是将活细胞转化为仅产生单个目的蛋白而又不产生任何细胞蛋白的生物反应器。该技术不仅为蛋白质提供了新的高表达系统,而且为蛋白质结构研究提供了新途径。

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