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首页> 外文期刊>Parasitology International >Speciation of the Paradeontacylix spp. (Sanguinicolidae) of Seriola dumerili. Two new species of the genus Paradeontacylix from the Mediterranean.
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Speciation of the Paradeontacylix spp. (Sanguinicolidae) of Seriola dumerili. Two new species of the genus Paradeontacylix from the Mediterranean.

机译:Paradeontacylix spp的物种。 Seriola dumerili(Sanguinicolidae)。来自地中海的Paradeontacylix属的两个新种。

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摘要

Two new species of teleost blood fluke belonging to the sanguinicolid genus Paradeontacylix are described from the greater amberjack, Seriola dumerili, i.e. Paradeontacylix ibericus n. sp. from the Iberian Peninsula and Paradeontacylix balearicus n. sp. from the Balearic Islands. P. ibericus n. sp. and P. balearicus n. sp. show morphological similarities with Paradeontacylix kampachi and Paradeontacylix grandispinus respectively, which occur in mixed infection in S. dumerili from Japan. Multivariate analysis of morphometrical data provided statistical evidence for the separation of four species. However, component by component analysis did not show statistically significant differences between P. balearicus and P. grandispinus. Molecular data based on rITS2 and mCO1 gene sequences also supported the separation into four species. Morphological and molecular data were used to examine phylogenetic relationships between Paradeontacylix species from S. dumerili and other species in the genus. The results coincided in revealing two main branches with P. kampachi+P. ibericus and (((P. grandispinus+P. balearicus) Paradeontacylix sanguinicoloides) Paradeontacylix godfreyi). Paradeontacylix odhneri, for which little data are available, was located basal in a separate branch. This is the only species of Paradeontacylix which parasitizes a non-carangid host which might probably explain the separation from the other species. Paired similarities between the Japanese and the Mediterranean species, despite the large geographic distance, could be explained by the speciation of parasite geminate lines before host separation by tectonic events. Consequently, geographic and historical isolation support the morphological and genetic differences leading to the evolution of the new species described here.
机译:从较大的mber鱼(Seriola dumerili),即Paradeontacylix ibericus n中,描述了两个属于硬鳞鱼类Paradeontacylix的硬骨吸血鬼。 sp。来自伊比利亚半岛和Paradeontacylix balearicus n。 sp。来自巴利阿里群岛。 P. ibericus。 sp。和百日草sp。分别显示出与日本对虾假单胞菌混合感染中发生的对伞甘蓝对虾和大对伞对虾的形态相似。形态计量学数据的多变量分析为四种物种的分离提供了统计依据。但是,逐组分分析未显示百里香假单胞菌和大青假单胞菌之间的统计学差异。基于rITS2和mCO1基因序列的分子数据也支持将其分为四种。形态学和分子数据被用于检查杜氏链霉菌对伞菌属物种和该属中其他物种之间的系统发育关系。结果恰好揭示了甘蓝假单胞菌+ P的两个主要分支。 ibericus和((((P. grandispinus + P.balearicus)Paradeontacylix sanguinicoloides)Paradeontacylix godfreyi)。 Paradeontacylix odhneri的数据很少,其根基位于一个单独的分支中。这是Paradeontacylix唯一能寄生非类胡萝卜素宿主的物种,这可能解释了与其他物种的分离。尽管地理距离遥远,但日本和地中海物种之间的成对相似性可以通过在构造事件使宿主分离之前的寄生虫发芽线的形成来解释。因此,地理和历史上的孤立支持了形态和遗传上的差异,从而导致了此处描述的新物种的进化。

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