Khun Sokrin, Manderson Lenore H
National Centre for Health Promotion, Ministry of Health, Phnom Penh, Cambodia.
Acta Trop. 2007 Feb;101(2):139-46. doi: 10.1016/j.actatropica.2007.01.002. Epub 2007 Jan 16.
Sustainable public health and community collaboration and partnerships are essential for the effective elimination of vector breeding sites to prevent dengue fever. A prerequisite is that community members appreciate the importance of the infection, understand its transmission and preventive activities, and are able to translate such knowledge to action. In this paper, we draw on an ethnographic study of two villages in the eastern province of Kampong Cham, using data collected from qualitative research methods and entomological surveys to describe community knowledge of the vector, practices related to the reduction of breeding sources, and the effectiveness of temephos to control larvae. During the study period, temephos (distributed as Abate) was applied in water containers only in the rainy season, although these containers were also positive with larvae in the dry season. Discarded containers, ignored in terms of control activities, had twice the number of larvae as water storage containers. The continued reliance on Abate creates financial and technical problems, while its inappropriate distribution raises the possibility of larvicide resistance. Based on research findings, we argue that control strategies emphasizing the use of Abate should be reconsidered.
可持续的公共卫生以及社区合作与伙伴关系对于有效消除病媒滋生地以预防登革热至关重要。一个前提条件是社区成员认识到该感染的重要性,了解其传播方式和预防措施,并能够将这些知识转化为行动。在本文中,我们借鉴了对东部磅湛省两个村庄的人种学研究,利用从定性研究方法和昆虫学调查中收集的数据,来描述社区对病媒的了解、与减少滋生源相关的做法,以及双硫磷控制幼虫的效果。在研究期间,双硫磷(以阿灭灵形式分发)仅在雨季应用于盛水容器,尽管这些容器在旱季也有幼虫滋生。被丢弃的容器在控制活动中被忽视,其幼虫数量是储水容器的两倍。持续依赖阿灭灵会带来财政和技术问题,而其不合理的分发增加了产生杀幼虫剂抗性的可能性。基于研究结果,我们认为应重新考虑强调使用阿灭灵的控制策略。