植物CACTA元件研究进展

TIAN Ping-Fang
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引用次数: 13

摘要

转座因子是可以插入新的染色体位置的DNA片段。根据转座机理,将可转座因子分为两类。第1类元件是逆转录元件,使用反转座酶通过RNA中间体进行转座。第2类元件或DNA转座子直接从DNA转到DNA。在2类元件中,CACTA超家族迄今为止仅在植物中发现,以前被认为是保守繁殖机制的低拷贝转座子,最近由于越来越多的证据重申其在某些植物基因组中的高拷贝而引起了相当大的兴趣。本文旨在概述CACTA要素的结构、转换和利用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Progress in Plant CACTA Elements

Transposable elements are DNA fragments that can insert new chromosomal locations. On the basis of the mechanism of transposition, transposable elements were divided into two classes. Class 1 elements were retroelements that used reverse transposase to transpose by an RNA intermediate. Class 2 elements or DNA transposons transposed directly from DNA to DNA. Of the Class 2 elements, CACTA superfamily, so far identified exclusively in plants and previously regarded as low-copy-transposon for the conserved mechanism of propagation, recently received considerable interest because of their increasing evidence reiterating their high copies in some plant genomes. This article aimed at outlining CACTA elements with regard to their structure, transposition, and utilization.

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