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首页> 外文期刊>魚病研究 >Effectiveness of Ultraviolet Irradiation of Seawater for the Prevention of Kudoa yasunagai and Kudoa amamiensis (Myxozoa: Multivalvulida) Infections in Seriola Fish
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Effectiveness of Ultraviolet Irradiation of Seawater for the Prevention of Kudoa yasunagai and Kudoa amamiensis (Myxozoa: Multivalvulida) Infections in Seriola Fish

机译:紫外线紫外线对预防Seriola鱼中的Kudoa yasunagai和Kudoa amamiensis(Myxozoa:Multivalvulida)感染的预防作用

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摘要

Kudoa infections have recently become a serious concern in Japanese fisheries. Some species not only cause fish diseases and reduce the commodity value of fish, but also affect human health. We investigated whether the ultraviolet (UV) treatment of culture water prevented infections with two species of Kudoa, K. yasunagai and K. amamiensis, in Seriola lalandi and S. quinqueradiata, respectively. Rearing in untreated filtered seawater resulted in high infection rates, suggesting that the physical filtration systems used in this study did not sufficiently remove the infective stages of these Kudoa species. In contrast, commercially available UV irradiation system effectively prevented the infections with K. yasunagai and K. amamiensis.
机译:近来,工藤感染已成为日本渔业中的一个严重问题。一些物种不仅引起鱼类疾病并降低鱼类的商品价值,而且还影响人类健康。我们调查了紫外线(UV)对培养水的处理是否分别阻止了Seriola lalandi和S. quinqueradiata中的两种Kudoa感染,即K. yasunagai和K. amamiensis。在未经处理的过滤海水中饲养会导致较高的感染率,这表明本研究中使用的物理过滤系统无法充分去除这些库多亚物种的感染阶段。相反,可商购的紫外线照射系统有效地预防了K. yasunagai和K. amamiensis的感染。

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