Entomopathogenic Nematodes: Biological Model of Studies with Anthelmintics

O. Barrón-Bravo, Ismael Montiel-Maya, A. Cruz-Avalos, F. Avila-Ramos, Jaime Molina Ochoa, C. Ángel-Sahagún
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引用次数: 1

Abstract

Anthelmintics used in animals to combat parasitic infections are mainly excreted in manure and cause negative effects on the environment and decomposers. Nematodes are associated with the rhizosphere; some are gastrointestinal parasites of animals, and others regulate insects and other arthropods (entomopathogenic nematodes) and are considered beneficial. The habitat and the similarities that exist among them give the opportunity to use nematodes as a biological model. The availability of target organisms is not always feasible; therefore, experimental studies with models similar to those of the target organisms are a possibility. In veterinary clinics, the study of drug susceptibility is a fundamental tool to monitor the development of resistance. To conserve the biodiversity of the environment, it is necessary to make adequate use of anthelmintics, avoid resistance to these pesticides and prevent the used products from damaging populations of beneficial organisms.
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昆虫病原线虫:用驱虫学研究的生物学模型
用于动物对抗寄生虫感染的驱虫药主要随粪便排出,对环境和分解者造成负面影响。线虫与根际有关;一些是动物的胃肠道寄生虫,另一些调节昆虫和其他节肢动物(昆虫病原线虫),被认为是有益的。栖息地和它们之间存在的相似性为使用线虫作为生物模型提供了机会。目标生物的可用性并不总是可行的;因此,使用与目标生物相似的模型进行实验研究是可能的。在兽医诊所,药物敏感性研究是监测耐药性发展的基本工具。为了保护环境的生物多样性,必须充分使用驱虫剂,避免对这些杀虫剂产生抗药性,并防止使用的产品损害有益生物种群。
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