Waller P J
CSIRO Division of Animal Health, McMaster Laboratory, Glebe, N.S.W. Australia.
Vet Parasitol. 1993 Jun;48(1-4):295-309. doi: 10.1016/0304-4017(93)90164-i.
Farmers worldwide have come to expect, and rely almost exclusively on, broad-spectrum anthelmintics to effectively control nematode parasites amongst their livestock. However, the threats of resistance, residues and ecotoxicity are of increasing concern to the future of chemotherapy. It is imperative that sustainable parasite control schemes be developed and implemented which will integrate a range of techniques to minimise anthelmintic use and still maintain high levels of profitability of the farming enterprise. At present, these need to focus on the better use of existing drugs to maximise their effectiveness and minimise the selection for resistance and impact on the environment. New drugs should also be used according to these principles. In the future it is expected that other non-chemotherapeutic options will become available, e.g. helminth vaccines, resistant hosts, biological control, nematode growth regulators, which will revolutionize the current thinking on nematode parasite control of livestock.
世界各地的农民已经开始期望并几乎完全依赖广谱驱虫药来有效控制其牲畜体内的线虫寄生虫。然而,耐药性、残留和生态毒性的威胁越来越受到化疗未来的关注。当务之急是制定并实施可持续的寄生虫控制方案,该方案将整合一系列技术,以尽量减少驱虫药的使用,同时仍保持养殖企业的高盈利水平。目前,这些需要专注于更好地使用现有药物,以最大限度地提高其有效性,并尽量减少耐药性的产生以及对环境的影响。新药也应按照这些原则使用。未来预计将有其他非化疗选择可用,例如蠕虫疫苗、抗性宿主、生物防治、线虫生长调节剂,这将彻底改变目前对牲畜线虫寄生虫控制的看法。