Richards Stephanie L, Byrd Brian D, Reiskind Michael H, White Avian V
Department of Health Education and Promotion, East Carolina University, Environmental Health Science Program, Greenville, NC, USA.
Western Carolina University, Environmental Health Science Program, Cullowhee, NC, USA.
Environ Health Insights. 2020 Sep 2;14:1178630220952790. doi: 10.1177/1178630220952790. eCollection 2020.
Mosquito insecticide resistance (IR) is a growing global issue that must be addressed to protect public health. Vector control programs (VCPs) should regularly monitor local mosquito populations for IR and plan control measures accordingly. In some cases, state/federal resources financially support this testing with expertise and/or training programs. Standardization of methods (eg, Centers for Disease Control and Prevention bottle bioassay, World Health Organization tube testing, dose-mortality bioassay) for monitoring IR must be prioritized. One solution is regional hubs of IR monitoring at the state or other level. Training programs on methodology and interpretation of results should be developed and routinely offered to local VCPs conducting IR testing in mosquitoes. Here, current methods for assessing mosquito IR are discussed and insights into a variety of questions from VCPs are considered. It is critical that methods for IR monitoring and data interpretation are standardized through routine training, with the goal of evidence-driven decision making to improve control of mosquitoes and mosquito-borne disease.
蚊虫抗药性是一个日益严重的全球性问题,必须加以解决以保护公众健康。病媒控制项目应定期监测当地蚊虫种群的抗药性,并据此制定控制措施。在某些情况下,州/联邦资源会通过专业知识和/或培训项目为这种检测提供资金支持。监测抗药性的方法(如疾病控制与预防中心的瓶试法、世界卫生组织的试管检测法、剂量-死亡率生物测定法)标准化必须作为优先事项。一种解决方案是在州或其他层面设立抗药性监测区域中心。应制定关于方法和结果解读的培训项目,并定期提供给对蚊虫进行抗药性检测的当地病媒控制项目。在此,将讨论评估蚊虫抗药性的现行方法,并考虑病媒控制项目提出的各种问题的见解。至关重要的是,通过常规培训使抗药性监测和数据解读方法标准化,目标是以证据为驱动进行决策,以加强对蚊虫及蚊媒疾病的控制。