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来自澳大利亚赫伦岛黑鳍礁鲨体内的莱氏花槽绦虫新种(绦虫纲:四叶目),及其寄生部位、附着方式、繁殖策略与属的归属探讨

Anthobothrium lesteri n. sp. (Cestoda: Tetraphyllidea) in Carcharhinus melanopterus from Heron Island, Australia, with comments on its site, mode of attachment, reproductive strategy and membership of the genus.

作者信息

Williams H H, Burt M D B, Caira J N

机构信息

Department of Ecology & Evolutionary Biology, University of Connecticut, 75 N Eagleville Rd, Storrs, Connecticut, 06269-3043, USA.

出版信息

Syst Parasitol. 2004 Nov;59(3):211-21. doi: 10.1023/B:SYPA.0000048100.77351.9f.

Abstract

Anthobothrium lesteri n. sp. in Carcharhinus melanopterus from Heron Island, Australia is described and figured. A combination of characters, namely the number of testes, a weakly laciniate strobila and mature proglottis which is conspicuously longer than wide distinguishes it from other species that appear to be consistent with van Beneden's original concept of Anthobothrium . The scolex and the peduncle are relatively small and frail when compared with the rest of the strobila and with the detached proglottis. A myzorhynchus is absent and the stalked, undivided, simple bothridia have thickened margins. Two circular areas of muscles, which resemble accessory suckers, occur in the centre of each bothridium. There is a distinct cephalic peduncle with spiniform blade-like microtriches followed by craspedote proglottides which have a posterior four-lobed velum. Apolysis is well developed and the oncosphere has a polar filament and a dense covering of spines. Comments are made on the site, the mode of attachment, an aspect of the reproductive strategy of the new species in relation to intestinal eversion in some sharks, and membership of the genus.

摘要

对来自澳大利亚赫伦岛黑鳍礁鲨(Carcharhinus melanopterus)体内的莱氏花槽绦虫(Anthobothrium lesteri n. sp.)进行了描述并给出了图示。其具有一系列特征组合,即睾丸数量、虫体节片弱分叶以及成熟节片明显长大于宽,这些特征使其有别于其他似乎符合范·贝内登(van Beneden)对花槽绦虫最初概念的物种。与虫体节片其余部分以及分离的节片相比,头节和颈部相对较小且脆弱。无吻钩,具柄、不分枝、简单的吸槽边缘增厚。每个吸槽中央有两个类似辅助吸盘的圆形肌肉区域。有一个明显的头部颈部,具刺状叶片状微毛,其后是具后缘四叶状膜的有边节片。体节脱落发达,六钩蚴有极丝和密集的棘覆盖。对该新物种的寄生部位、附着方式、与某些鲨鱼肠道翻转相关的生殖策略方面以及所属属进行了讨论。

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