首页> 美国卫生研究院文献>International Journal for Parasitology: Parasites and Wildlife >Endo- and ectoparasites of large whales (Cetartiodactyla: Balaenopteridae Physeteridae): Overcoming difficulties in obtaining appropriate samples by non- and minimally-invasive methods
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Endo- and ectoparasites of large whales (Cetartiodactyla: Balaenopteridae Physeteridae): Overcoming difficulties in obtaining appropriate samples by non- and minimally-invasive methods

机译:大鲸的内寄生虫和外寄生虫(Cetartiodactyla:BalaenopteridaePhyseteridae):克服了通过无创和微创方法获得合适样品的困难

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摘要

Baleen and sperm whales, belonging to the Order Cetartiodactyla, are the largest and heaviest existent mammals in the world, collectively known as large whales. Large whales have been subjected to a variety of conservation means, which could be better monitored and managed if physiological and pathophysiological information, such as pathogen infections, could already be gathered from free-swimming animals instead of carcasses. Parasitic diseases are increasingly recognized for their profound influences on individual, population, and even ecosystem health. Furthermore, a number of parasite species have gained importance as opportunistic neozoan infections in the marine environment. Nonetheless, traditional approaches to study parasitic diseases have been impractical for large whales, since there is no current routine method for the capture and handling of these large animals and there is presently no practical method to obtain blood samples remotely from free-ranging whales. Therefore, we here not only intend to review the endo- and ectoparasite fauna of large whales but also to provide new insights in current available methods for gathering parasitological data by using non- or minimally invasive sampling techniques. We focus on methods, which will allow detailed parasitological studies to gain a broader knowledge on parasitoses affecting wild, free-swimming large whale populations.
机译:鲸类和抹香鲸属于Cetartiodactyla目,是世界上现存最大和最重的哺乳动物,被统称为大鲸。大鲸已经采取了多种保护措施,如果可以从自由游动的动物而不是尸体中收集到诸如病原体感染等生理和病理生理信息,则可以更好地监控和管理大型鲸鱼。寄生虫病对个人,人口乃至生态系统的健康产生深远影响,因此日益受到人们的认可。此外,许多寄生虫物种已成为海洋环境中机会性新生动物感染的重要因素。但是,传统的研究寄生虫疾病的方法对于大型鲸鱼是不切实际的,因为目前没有捕获和处理这些大型动物的常规方法,并且目前还没有实用的方法可以从自由放养的鲸鱼那里远程获取血样。因此,我们在这里不仅打算回顾大型鲸的内寄生虫和外寄生虫动物区系,而且还将为使用无创或微创采样技术收集寄生虫数据的当前可用方法提供新见解。我们专注于方法,这将允许详细的寄生虫学研究获得有关影响野生,自由游动的大型鲸鱼种群的寄生虫的广泛知识。

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