Bray Rodney A, Justine Jean-Lou
Department of Zoology, Natural History Museum, Cromwell Road, London SW7 5BD, UK.
UMR 7138, Systématique, Adaptation, Évolution, Muséum National d'Histoire Naturelle, Case postale 51, 55 rue Buffon, 75231 Paris Cedex 05, France.
Parasite. 2013;20:56. doi: 10.1051/parasite/2013055. Epub 2013 Dec 19.
Many bucephalid species, mainly of the subfamily Prosorhynchinae, have been described from epinepheline serranids (groupers) throughout the World's Oceans. In this paper eight named prosorhynchine species are described and/or illustrated from epinepheline fishes from New Caledonia. Neidhartia lochepintade n. sp. in Epinephelus chlorostigma differs from other Neidhartia spp. in various combinations of distinct body-size, rhynchus size, previtelline and pre-mouth distance, post-testicular distance, cirrus-sac reach and egg-size. Other species are: Neidhartia haywardi Bott, Miller & Cribb, 2013 in Plectropomus leopardus; Neidhartia tyleri Bott, Miller & Cribb, 2013 in Plectropomus leopardus and Plectropomus laevis; Prosorhynchus freitasi Nagaty, 1937 in Plectropomus leopardus and Plectropomus laevis; Prosorhynchus robertsthomsoni Bott & Cribb, 2009 in Cephalopholis argus; Prosorhynchus longisaccatus Durio & Manter, 1968 in Cephalopholis urodeta, Epinephelus areolatus, Epinephelus cyanopodus and Epinephelus maculatus. Prosorhynchus luzonicus Velasquez, 1959 and Prosorhynchus sp. B. in Epinephelus coioides; Prosorhynchus serrani Durio & Manter, 1968 in Variola albimarginata and Variola louti; Prosorhynchus sp. A in Epinephelus morrhua; Prosorhynchus sp. immature in Epinephelus coeruleopunctatus. The new combination Neidhartia longivesicula (Bilqees, Khalil, Khan, Perveen & Muti-ur-Rehman, 2009) (Syn. Prosorhynchus longivesicula) is formed. Evidence from this paper and earlier molecular studies indicates that there are numerous morphologically similar prosorhynchine species in serranids, most of which show a high degree of host-specificity.
许多布氏吸虫物种,主要是前吻亚科的,已在全球各大洋的石斑鱼(鲈形目鮨科)体内被发现。本文描述并/或展示了来自新喀里多尼亚石斑鱼体内的8种已命名的前吻亚科物种。在黑点石斑鱼体内发现的洛切平塔德内德哈蒂吸虫新种,在体型、吻突大小、卵黄前和口前距离、睾丸后距离、阴茎囊长度和卵大小等方面的不同组合上,与其他内德哈蒂吸虫物种有所不同。其他物种包括:豹纹九棘鲈体内的海沃德内德哈蒂吸虫(Bott、Miller & Cribb,2013年);豹纹九棘鲈和波纹唇鱼体内的泰勒内德哈蒂吸虫(Bott、Miller & Cribb,2013年);豹纹九棘鲈和波纹唇鱼体内的弗雷塔斯前吻吸虫(Nagaty,1937年);横纹九棘鲈体内的罗伯特·汤姆森前吻吸虫(Bott & Cribb,2009年);蓝点九棘鲈、网纹石斑鱼、蓝身大斑石斑鱼和斑点石斑鱼体内的长囊前吻吸虫(Durio & Manter,1968年)。斜带石斑鱼体内的吕宋前吻吸虫(Velasquez,1959年)和前吻吸虫B种;白缘裸颊鲷和波纹裸颊鲷体内的鮨前吻吸虫(Durio & Manter,1968年);欧洲鳎体内的前吻吸虫A种;蓝点石斑鱼体内的未成熟前吻吸虫。形成了新组合长囊内德哈蒂吸虫(Bilqees、Khalil、Khan、Perveen & Muti-ur-Rehman,2009年)(同物异名:长囊前吻吸虫)。本文证据以及早期分子研究表明,鮨科鱼类体内存在许多形态相似的前吻亚科物种,其中大多数表现出高度的宿主特异性。