致命诱蚊器CIMATEC:一种新的虫媒病毒传播蚊虫诱捕器

E. Oyama, D. Mota
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摘要

许多国家在抗击埃博拉方面都有困难。埃及伊蚊,因为这种蚊子对城市地区有很高的适应性。国家登革热控制规划(PNCD)负责分配防治伊蚊的大部分活动。巴西各地区的埃及伊蚊(基本卫生、教育、化学控制)。尽管21世纪的技术进步,但在对抗Ae的战斗中,很少有社会承诺使用正式装置的概念。蚊。Senai-Cimatec开发了一种基于新技术的诱蚊器(Lethal Ovitrap CimatecTM)来控制埃及伊蚊。因此,本研究的目的是比较市场上的传统诱捕器与Cimatec创建的LOCTM诱捕器。我们进行了两次实验来评估捕蚊器的驱蚊效果。这些测试是在巴伊亚中央实验室(昆虫学实验室)(LACEN/BA)的一个监测和封闭环境中进行的。三个容器中的幼虫、水和实验基质来源相同;昆虫区设3个笼子,温度、湿度条件相同。结果表明,与传统诱捕器相比,LOCTM具有以下优点:能够在数小时内消灭未成熟的病媒;用窒息法捕获和消灭幼虫及/或成虫;对蚊子的高致死率,并能够通过从环境中清除后代蚊子来减少一个地区的伊蚊数量;安装;它对蚊子很有吸引力;无需每周监测;不耗电;操作简单,成本低;水是一种保护因素,而不是风险因素;不使用杀虫剂和任何对人体有害的有毒物质。因此,使用LOCTM比传统陷阱具有优势,将生物技术市场导向低成本、易于处理、对人类和环境无毒的新解决方案。蚊
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Lethal Ovitrap CIMATEC: A New Trap for Arbovirus Transmitting Mosquitoes
A lot of countries have difficulty in combating Ae. aegypti, due to the high adaptability of this mosquito to the urban area. The National Program for Dengue Control (PNCD) is responsible for allocating the most activities to combat Ae. aegypti in districts of Brazil (basic sanitation, education, chemical control). Despite the technological advances in the 21th century, there was little social commitment with the conception of a formal device in the fight against Ae. aegypti. Senai-Cimatec developed a trap (Lethal Ovitrap CimatecTM) based on new technologies to control Aedes aegypti. So, the aim of this study was to compare the traditional traps on the market with the LOCTM trap, created by Cimatec. We performed two experiments to evaluate the performance of the traps against the mosquitoes. The tests occurred in a monitored and closed environment at the Central Laboratory of Bahia (Entomology Laboratory) (LACEN/BA). The larvae, water, and substrate for the experiment in the three containers had the same origin; three cages were kept in the entomology sector with the same conditions of temperature and humidity. The results showed that LOCTM has several advantages when compared to the traditional traps, such as: capacity to eliminate the immature forms of the vector in a few hours; entrapment and extermination of larvae and/or adults forms by asphyxiation; high lethality for mosquitoes and ability to reduce the Aedes population in an area by removing from the environment future generations of mosquitoes; installation; it is attractive to mosquitoes; no needs of weekly monitoring; no power consumption; simple manipulation and low-cost; water as a protection factor and not as a risk factor; it does not use insecticide or any toxic agent harmful to human health. So, the use of LOCTM has advantages over traditional traps, directing the biotechnology market to new solutions with low-cost, easy to handle and non-toxic to man and the environment in the fight agains Ae. aegypti
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