国际医学寄生虫病杂志
國際醫學寄生蟲病雜誌
국제의학기생충병잡지
INTERNATIONAL JOURNAL OF MEDICAL PARASITIC DISEASES
2011年
4期
230-233
,共4页
疟疾媒介%遗传控制%转基因%优势死亡技术%RNA干扰
瘧疾媒介%遺傳控製%轉基因%優勢死亡技術%RNA榦擾
학질매개%유전공제%전기인%우세사망기술%RNA간우
Malaria vector%Genetic control%Transgenic%Release of insects carrying a dominant lethal%RNA interference
按蚊是疟疾传播的主要媒介,媒介控制能有效减少疟疾患病率和死亡率.遗传控制策略是很受关注的新方法,在应用转基因技术、优势死亡技术和RNA干扰技术来减少和替代媒介种群方面已取得了一些突破性进展.该文就这些方面作一综述.
按蚊是瘧疾傳播的主要媒介,媒介控製能有效減少瘧疾患病率和死亡率.遺傳控製策略是很受關註的新方法,在應用轉基因技術、優勢死亡技術和RNA榦擾技術來減少和替代媒介種群方麵已取得瞭一些突破性進展.該文就這些方麵作一綜述.
안문시학질전파적주요매개,매개공제능유효감소학질환병솔화사망솔.유전공제책략시흔수관주적신방법,재응용전기인기술、우세사망기술화RNA간우기술래감소화체대매개충군방면이취득료일사돌파성진전.해문취저사방면작일종술.
Anopheles is the major vector of malaria and control of this mosquito will reduce significantly human morbidity and mortality. A genetic control strategy, including population reduction and population replacement based on transgenetic technology, release of insects carrying a dominant lethal and RNA interference, is an attractive new control methodology. This review summarized the main research progress on vector genetic control.
