Dacey Daniel P, Chain Frédéric J J
Department of Biological Sciences, University of Massachusetts Lowell, Lowell, MA, United States.
Front Genet. 2020 Oct 7;11:504354. doi: 10.3389/fgene.2020.504354. eCollection 2020.
Mosquitoes are one of the deadliest animals on earth because of their ability to transmit a wide range of human pathogens. Traditional mosquito control methods use chemical insecticides, but with dwindling long-term effectiveness and negative effects on the environment, microbial forms of control have become common alternatives. The insecticide subspecies (Bti) is the most popular of these alternatives, although it can also have direct effects on lowering environmental biodiversity and indirect effects on food-web relationships in the ecosystems where it is deployed. In addition, microbial control agents that impede pathogen development or transmission from mosquito to human are under investigation, including and , but unexpected interactions with mosquito gut bacteria can hinder their effectiveness. Improved characterization of mosquito gut bacterial communities is needed to determine the taxa that interfere with microbial controls and their effectiveness in wild populations. This mini-review briefly discusses relationships between mosquito gut bacteria and microbial forms of control, and the challenges in ensuring their success.
蚊子是地球上最致命的动物之一,因为它们能够传播多种人类病原体。传统的蚊子控制方法使用化学杀虫剂,但随着长期效果的逐渐减弱以及对环境的负面影响,微生物控制形式已成为常见的替代方法。杀虫剂亚种(Bti)是这些替代方法中最受欢迎的,尽管它也可能对降低环境生物多样性有直接影响,并对其应用的生态系统中的食物网关系有间接影响。此外,阻碍病原体从蚊子传播到人类的微生物控制剂正在研究中,包括[具体内容缺失],但与蚊子肠道细菌的意外相互作用可能会阻碍它们的有效性。需要更好地描述蚊子肠道细菌群落,以确定干扰微生物控制的分类群及其在野生种群中的有效性。本综述简要讨论了蚊子肠道细菌与微生物控制形式之间的关系,以及确保其成功的挑战。