Reznikoff William S, Goryshin Igor Y, Jendrisak Jerry J
Department of Biochemistry, University of Wisconsin, Madison, USA.
Methods Mol Biol. 2004;260:83-96. doi: 10.1385/1-59259-755-6:083.
The development of in vitro transposition technologies have provided many powerful tools for the molecular genetics research laboratory. In this chapter we describe some of these tools with a focus on the Tn5 transposition system. Tn5 technologies are particularly useful because the Tn5 transposition system has simple requirements, is efficient, random in target recognition, and robust. In particular we will describe the use of in vitro Tn5 transposition in transposon tagging and in the generation of nested deletions. We will also describe a unique in vitro/in vivo technology in which Tn5 inserts can be generated in a wide spectrum of bacterial species through the electroporation of preformed tranposase-transposon DNA complexes.
体外转座技术的发展为分子遗传学研究实验室提供了许多强大的工具。在本章中,我们将介绍其中一些工具,重点是Tn5转座系统。Tn5技术特别有用,因为Tn5转座系统要求简单、高效、靶标识别随机且稳健。我们将特别描述体外Tn5转座在转座子标签和嵌套缺失生成中的应用。我们还将描述一种独特的体外/体内技术,通过电穿孔预先形成的转座酶-转座子DNA复合物,可以在多种细菌物种中产生Tn5插入。