生物安全学报Issue(2)：85-94,10.DOI:10.3969/j.issn.2095-1787.2015.02.009
遗传控制技术在实蝇类害虫中的研究进展
Genetic engineering approaches for the improvement of sterile insect technique (SlT) on fruit flies
摘要
Abstract
Many tephritid fruit flies are economically important pest species that can destroy fruits and vegetables, bringing can be a barrier to international trades. The Sterile Insect Technique ( SIT) , a species-specific and environment-friendly pest control method, has been proven to be highly effective against tephritid pests. Genetic engineering has a potential to bring great improvements to SIT and facilitate its applicability to more insect pests. Much progress has been made in the area, which also became a frontier of genetic innovation. Here we describe the principles of lethality systems based on the tet-off inducible gene expression system, same case studies from Drosophila and tephritid fruit flies for the improvement of SIT, and the application of similar systems to other agricultur-al insects. The progress to develop a genetic control system on Bactrocera dorsalis is also briefly reported here. The genetic control strategies based on genetic engineering and SIT is believed to play a great role in the Integrated Pest Management ( IPM) of tephritid fruit flies and other agricultural insect pests in the future.关键词
遗传控制/实蝇/昆虫不育技术/tet-off基因表达系统/致死品系Key words
genetic control/fruit flies/sterile insect technique/tet-off gene expression system/lethality strains引用本文复制引用
武强,吕志创,张桂芬,严盈,刘桂清,李建伟,王玉生,蔡玉音,万方浩..遗传控制技术在实蝇类害虫中的研究进展[J].生物安全学报,2015,(2):85-94,10.基金项目
科技导报社博士生创新研究资助计划(kjdb201001-3)；中德合作科研项目[PPP 项目、留金欧(2012)6014、留金欧(2014)6013]；环保公益性行业科研专项(201409061)；农业部2014年农作物病虫鼠害疫情监测与防治(外来入侵生物防治)项目；人力资源社会保障部2014年度留学人员科技活动择优资助项目 （kjdb201001-3）
