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首页> 外文期刊>Journal of Veterinary Science >Dicyema sphyrocephalum (Phylum Dicyemida: Dicyemidae) isolated from Korean common octopus Callistoctopus minor in Korea
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Dicyema sphyrocephalum (Phylum Dicyemida: Dicyemidae) isolated from Korean common octopus Callistoctopus minor in Korea

机译:达冬虫血清腺(Phylum diyemida:Diyemidae)从韩国常见的八达通症孤立的韩国孤立

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Background Dicyemids are parasites found in the renal sac of cephalopods. The first species of dicyemid was found from kidneys of the Korean common octopus Callistoctopus minor . Objectives This study aimed to identify the dicyemid and investigate the effect on renal sac of host. Methods In this study, we compared the morphological characteristics of isolate to dicyemids ( Dicyema sphyrocephalum , Dicyema clavatum , and Dicyema dolichocephalum ) reported from C. minor in Japan. We compared the 18S ribosomal RNA (rDNA) and cytochrome c oxidase subunit I (COI) sequences of isolate to the sequences of D. shyrocephalum and D. clavatum . The infected octopuses renal tissues were histologically compared with the tissues of uninfected individuals. Results The morphological characteristic of this isolated species corresponds to D. sphyrocephalum . The sequences similarities of 18S rDNA and COI gene of isolate are 99.7% and 98.1% with D. sphyrocephalum . We observed morphological changes in the epithelia folds of kidney at the dicyemids attached areas. Conclusions The present study identified the isolate as D. sphyrocephalum and this is the first report of dicyemid species from Republic of Korea. Further studies on the effects of dicyemids on growth and health status of cephalopods will be needed.
机译:背景达冬虫菊是在头部肾囊中发现的寄生虫。从韩国常见的章鱼戒律中的肾脏发现了第一个达冬虫。目的这项研究旨在鉴定达刺虫,并调查宿主肾囊的影响。本研究中的方法,将孤立物的形态特征与达冬虫(DITYEMA SPHYRORONALUM,DITYEMA CLAVATUM和DITYEMA DOLICHOCEPOLUM)进行了比较来自C.Minor在日本的C. Minure。将18S核糖体RNA(RDNA)和细胞色素C氧化酶亚基I(COI)与分离物的序列进行比较至D.Shyrocephalum和D.Clavatum的序列。被感染的章鱼肾组织与未感染的个体的组织进行了组织学。结果这种孤立物种的形态特征对应于D. spyrocephalum。分离物的18s RDNA和COI基因的序列相似性为99.7%和98.1%,D. spyrocephalum。我们观察到在达刺床附着地区的上皮细胞上皮细胞折叠的形态变化。结论本研究将孤立作为D. spyrocephalum的分离物,这是韩国共和国达黎明种的第一个报告。需要进一步研究达刺紫外欲对头孢粒ods的生长和健康状况的研究。

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