1.Note: * represents the total length of sequenced genome, ND: not determined, TE: transposable element.
注：*为已测序组装的序列长度，ND表示未知。
2.Drosophila is one of the best experimental material. Its genome consists of 10%~12% transposable elements.
果蝇是大量系统研究的最好实验材料之一，其基因组的10%~12%是由转座因子组成。
3.Any clone selected by the screen contains the transposable element, with the mutated gene adjacent to it.
任何通过筛选而选择出的克隆均含有一个转座子和紧靠着它的一个突变基因。
4.Evidence accumulated demonstrated that transposable sequences are most likely undergoing horizontal transferring.
转座序列是生物中最易于发生水平转移的基因类型；
5.Transposable elements, or insertion elements, are DNA sequences which can be inserted into many different sites in chromosomes.
转位因子或插入因子是能够插入到染色体不同位点的DNA序列。
6.Overlapping epigenetic mechanisms have evolved in eukaryotic cells to silence the expression and mobility of transposable elements (TEs).
重叠的后生机制已经发展在真核细胞中的表达沉默和流动的转座因子（工商业污水附加费）。
7.Eukaryotic genomes harbour a considerable fraction of mobile DNA that are called transposable elements(TEs).
真核生物基因组含有很多可移动DNA片段称为转座因子。
8.Dispersed repetitive sequence is mainly transposable elements which are composed of transposon and retroposon.
散在重复序列主要是可转移因子，可转移因子分为转座子和返座子两种类型。
9.Gene promoters can be used and regulated while keeping non coding DNA, including transposable elements, suppressed.
基因启动子能够被使用并调控，同时保持非编码DNA，包括转座子，抑制元件。
10.Insertion of transposable elements into several resistance gene loci result in further evolution of resistance genes.
同样，类转座元件在抗病基因座中的插入加速了抗病基因的进化。