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奥地利绿头鸭(Linnaeus,1758)的寄生虫,重点介绍 Goeze,1782 的形态变异性。

Helminths of the mallard Linnaeus, 1758 from Austria, with emphasis on the morphological variability of Goeze, 1782.

机构信息

Institute of Inorganic Chemistry, Faculty of Chemistry, University of Vienna, Waehringer Strasse 42, 1090Vienna, Austria.

Department of Zoology, University of Johannesburg, PO Box 524, Auckland Park, 2006, Johannesburg, South Africa.

出版信息

J Helminthol. 2021 Mar 19;95:e16. doi: 10.1017/S0022149X21000079.

Abstract

The mallard Anas platyrhynchos is the most abundant water bird species in Austria, but there is no record of its helminth community. Therefore, this work aimed to close that gap by recording and analysing the parasite community of a large number of birds from Austria for the first time. A total of 60 specimens shot by hunters in autumn were examined for intestinal parasites. The following taxa were recovered (prevalence given in parentheses): Cestoda: Diorchis sp. (31.7%) and Fimbriarioides intermedia (1.7%); Acanthocephala: Filicollis anatis (5%), Polymorphus minutus (30%) and one cystacanth unidentified (1.7%); Trematoda: Apatemon gracilis (3.3%), Echinostoma grandis (6.7%), Echinostoma revolutum (6.7%) and Notocotylus attenuatus (23.3%); Nematoda: Porrocaecum crassum (1.7%) and one not identified (1.7%). The frequency distribution of parasites showed a typical pattern in which 39 birds (65%) were either not parasitized or were harbouring up to five worms, whereas more intense infestations occurred in a lesser number of hosts. Compared to other studies from central and eastern Europe, an extremely depauperate helminth community, particularly of the cestodes and nematodes, was found. Polymorphus minutus was observed as having highly variable morphology and, therefore, molecular genetic characterization by DNA barcoding was carried out. Species identification was confirmed by comparing data with the reference cytochrome c oxidase subunit 1 gene sequence from P. minutus available in GenBank.

摘要

绿头鸭 Anas platyrhynchos 是奥地利最丰富的水鸟物种,但没有关于其寄生虫群落的记录。因此,这项工作旨在通过首次记录和分析来自奥地利的大量鸟类的寄生虫群落来填补这一空白。共检查了 60 只由猎人在秋季拍摄的标本,以检查肠道寄生虫。以下是恢复的分类群(括号中给出的患病率):Cestoda:Diorchis sp.(31.7%)和 Fimbriarioides intermedia(1.7%);Acanthocephala:Filicollis anatis(5%)、Polymorphus minutus(30%)和一个未鉴定的囊尾蚴(1.7%);Trematoda:Apatemon gracilis(3.3%)、Echinostoma grandis(6.7%)、Echinostoma revolutum(6.7%)和 Notocotylus attenuatus(23.3%);Nematoda:Porrocaecum crassum(1.7%)和一个未鉴定的(1.7%)。寄生虫的频率分布显示出一种典型的模式,其中 39 只鸟(65%)要么没有寄生虫,要么只携带五根蠕虫,而更多的寄生虫则发生在少数宿主中。与来自中欧和东欧的其他研究相比,发现寄生虫群落极其贫乏,特别是 cestodes 和 nematodes。观察到 Polymorphus minutus 具有高度可变的形态,因此,通过 DNA 条形码进行了分子遗传特征描述。通过将数据与 GenBank 中可用的 P. minutus 的参考细胞色素 c 氧化酶亚基 1 基因序列进行比较,确认了物种鉴定。

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