Osterman I A, Dikhtyar Yu Yu, Bogdanov A A, Dontsova O A, Sergiev P V
Lomonosov Moscow State University, Faculty of Chemistry, Moscow, 119991, Russia.
Biochemistry (Mosc). 2015 Nov;80(11):1447-56. doi: 10.1134/S000629791511005X.
The flagellum of a bacterium is a supramolecular structure of extreme complexity comprising simultaneously both a unique system of protein transport and a molecular machine that enables the bacterial cell movement. The cascade of expression of genes encoding flagellar components is closely coordinated with the steps of molecular machine assembly, constituting an amazing regulatory system. Data on structure, assembly, and regulation of flagellar gene expression are summarized in this review. The regulatory mechanisms and correlation of the process of regulation of gene expression and flagellum assembly known from the literature are described.
细菌的鞭毛是一种极其复杂的超分子结构,它同时包含一个独特的蛋白质运输系统和一个使细菌细胞能够运动的分子机器。编码鞭毛成分的基因表达级联与分子机器组装步骤密切协调,构成了一个惊人的调控系统。本综述总结了有关鞭毛结构、组装及鞭毛基因表达调控的数据。文中描述了文献中已知的基因表达调控过程与鞭毛组装的调控机制及相关性。