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Model systems: studying molecular recognition using bacterial n-hybrid systems

机译:模型系统:使用细菌n杂交系统研究分子识别

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Since the first description of the yeast two-hybrid system, related genetic assays for protein-protein interactions have become popular and powerful tools for structure-function analysis on the scale of individual proteins or whole proteomes. After asomewhat surprising lag, similar systems have recently been described for use in bacterial hosts, n-hybrid modifications of the original yeast system have been used to examine interactions with DNA, RNA and small molecules, and other modifications haveimproved throughput for genomic applications. Bacterial n-hybrid systems are being designed for a similar array of uses. Will the bacterial systems be as popular as the yeast n-hybrid systems? Only time will tell.
机译:自从首次对酵母双杂交系统进行描述以来,用于蛋白质-蛋白质相互作用的相关遗传分析已成为在单个蛋白质或整个蛋白质组的规模上进行结构功能分析的流行且强大的工具。在出乎意料的滞后之后,最近已描述了用于细菌宿主的类似系统,原始酵母系统的n-杂合修饰已用于检查与DNA,RNA和小分子的相互作用,其他修饰提高了基因组应用的通量。细菌n-混合系统正在设计用于类似用途。细菌系统会像酵母n杂交系统一样受欢迎吗?只有时间证明一切。

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