Transposase

Study of putative transposase genes in Acinetobacter baumannii strains isolated from burned patients

鲍曼不动杆菌烧伤分离株推定转座酶基因（tnpU）研究

Effects of Different Promoters Controlling Expression of Ac Transposase Gene on Excision Frequency of Maize Ds Element in Rice

不同启动子控制下Ac转座酶基因的表达对玉米Ds因子在水稻中切离频率的影响

This is possible caused by transposase self-regulation adapted to different sub-ITRs .

这揭示了转座酶可能存在适应不同亚末端的自身调控机制。

The plants of F1 generation carrying both Ds element and Ac transposase were used to produce the F2 populations ( Table 1 ) .

将携带了Ac转座酶基因的植株与不同Ds转化植株杂交，杂交F1代同时带有Ac转座酶和Ds因子（Ac/Ds植株）。

Desired gene is placed between P element ends , usually within a plasmid , and injected into preblastoderm embryos in the presence of transposase .

目的基因置于质粒内P因子中可在转座酶的作用下插入前胚盘胚。

The result indicated that the excision frequency of Ds element trans-activated by Ac transposase was from 0 ~ 50 % and the average excision frequency was about 13 % .

检测结果表明，Ds因子的转座频率在0～50%的范围，平均转座频率约13%。