Stratford C H, McGorum B C, Pickles K J, Matthews J B
Department of Veterinary Clinical Studies, Royal (Dick) School of Veterinary Studies and Roslin Institute, University of Edinburgh, UK.
Equine Vet J Suppl. 2011 Aug(39):133-9. doi: 10.1111/j.2042-3306.2011.00397.x.
Cyathostomins represent a potential cause of equine morbidity and have become the main focus of endoparasite control in managed horses. All grazing horses are at risk of infection with cyathostomins; therefore, the application of appropriate management measures is essential. Anthelmintics currently comprise the main method of control for equine nematodes and the ready availability of these products in some countries has resulted in their use becoming dissociated from veterinary involvement. This is concerning given the levels of anthelmintic resistance that have been recorded in cyathostomin populations. It is important that veterinarians re-establish control over the implementation of parasite control programmes, a major objective of which should be the preservation of anthelmintic efficacy. This article details the principles of cyathostomin control in horses with particular reference to anthelmintic resistance, and the use and interpretation of diagnostic tests for detecting cyathostomins and identifying anthelmintic resistance.
圆线虫是马发病的一个潜在原因,已成为圈养马匹体内寄生虫控制的主要关注点。所有放牧的马匹都有感染圆线虫的风险;因此,采取适当的管理措施至关重要。驱虫药目前是控制马线虫的主要方法,在一些国家这些产品容易获得,导致其使用与兽医的参与脱节。鉴于在圆线虫种群中已记录到的驱虫药耐药水平,这令人担忧。兽医重新建立对寄生虫控制计划实施的控制非常重要,该计划的一个主要目标应该是保持驱虫药的效力。本文详细介绍了马圆线虫控制的原则,特别提到了驱虫药耐药性,以及检测圆线虫和识别驱虫药耐药性的诊断测试的使用和解读。