Kamiya M, Lagapa J T G, Nonaka N, Ganzorig S, Oku Y, Kamiya H
Department of Biosphere and Environmental Sciences, Faculty of Environmental Systems, Rakuno Gakuen University, Bunkyodai-Midorimachi 582, Ebetsu, Hokkaido 069-8501, Japan.
Rev Sci Tech. 2006 Dec;25(3):1055-65.
The authors describe the current control strategies targeting definitive hosts of the most important zoonotic parasite in Japan, Echinococcus multilocularis. A dramatic increase in the prevalence of echinococcosis in foxes in Hokkaido (the second largest of Japan's islands), the invasion of wild foxes into urban areas, infection among pet and stray dogs, and the possibility of spreading the disease to the main island of Japan (Honshu)--all these pose significant threats to public health. Previous research findings and current strategies such as control measures against infections in wild foxes, suggest that it will be possible to eliminate echinococcosis in the future. The enforcement of a national reporting system for veterinarians, international collaboration, and the establishment of a Forum on Environment and Animals (FEA) give further reason to believe that success is possible. This is the first report of a multifaceted control strategy against echinococcosis in definitive hosts that includes collaborative efforts with local residents. This model might provide new ideas for Veterinary Services worldwide in their efforts to control other related zoonotic diseases.
作者描述了针对日本最重要的人畜共患寄生虫——多房棘球绦虫终末宿主的当前控制策略。北海道(日本第二大岛)狐狸中棘球蚴病患病率急剧上升、野生狐狸侵入城市地区、宠物狗和流浪狗感染以及该病传播至日本主岛(本州岛)的可能性——所有这些都对公众健康构成重大威胁。先前的研究结果以及当前的策略,如针对野生狐狸感染的控制措施,表明未来有可能消除棘球蚴病。兽医国家报告系统的实施、国际合作以及环境与动物论坛(FEA)的设立,让人们更有理由相信能够取得成功。这是首份关于针对终末宿主棘球蚴病的多方面控制策略的报告,其中包括与当地居民的合作努力。该模式可能为全球兽医服务机构控制其他相关人畜共患疾病的努力提供新思路。