Expression of FAMe T and JHE Influenced by Kruppel homolog-1 Gene from Brown Planthopper

The characteristics of zinc finger of Kruppel homolog-1 （N/kr-hl） gene from brown planthopper and its effect on expression of FAMET and JHE were studied in the paper, in order to understand the regulation role of Nlkr-hl. The evolutionary tree of each zinc finger in functional area of Nlkr-hl was an...

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Published inPlant Diseases and Pests(植物病虫害研究：英文版) Vol. 4; no. 3; pp. 23 - 25
Main Author Jin MAnna Yao Yun Sun Bing Wang Bo Lin Xinda
Format Journal Article
LanguageEnglish
Published 2013
Subjects
PCR技术
分子机制
同源
名人
基因敲除
褐飞虱
调节作用
锌指结构
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Summary:The characteristics of zinc finger of Kruppel homolog-1 （N/kr-hl） gene from brown planthopper and its effect on expression of FAMET and JHE were studied in the paper, in order to understand the regulation role of Nlkr-hl. The evolutionary tree of each zinc finger in functional area of Nlkr-hl was analyzed via MEGAS. 0 software, and expression status of FAMeT and JHE after interference of N/kr-hl was determined using qPCR technology. The results showed that the functional area of N/kr-hl mainly included eight zinc fingers, and the conservativeness of Znl and Zn8 was relatively lower. In the brown planthopper with N/b＇-hl gene knockout, the expression levels of FAMeT and JHE increased. The paper provided the theoretical basis for understanding molecular mechanism of juvenile hormone signaling pathway and biological control of brown planthopper.
Bibliography:The characteristics of zinc finger of Kruppel homolog-1 （N/kr-hl） gene from brown planthopper and its effect on expression of FAMET and JHE were studied in the paper, in order to understand the regulation role of Nlkr-hl. The evolutionary tree of each zinc finger in functional area of Nlkr-hl was analyzed via MEGAS. 0 software, and expression status of FAMeT and JHE after interference of N/kr-hl was determined using qPCR technology. The results showed that the functional area of N/kr-hl mainly included eight zinc fingers, and the conservativeness of Znl and Zn8 was relatively lower. In the brown planthopper with N/b＇-hl gene knockout, the expression levels of FAMeT and JHE increased. The paper provided the theoretical basis for understanding molecular mechanism of juvenile hormone signaling pathway and biological control of brown planthopper.
Kruppel homolog-1 ; Brown planthopper; Juvenile hormone; RNA interference
ISSN:2152-3932