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Eimeria spp. infecting quenda (Isoodon obesulus) in the greater Perth region, Western Australia

机译:艾美球虫属西澳大利亚州大珀斯地区感染昆达虫(Isoodon obesulus)

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摘要

Parasites of wildlife inhabiting urbanised and peri-urban environments are of interest regarding wildlife population health, and also veterinary public health in the case of parasites that can also infect humans and domestic animals. This study aimed to: identify, and estimate the prevalence of, species of Eimeria parasitic in quenda (Isoodon obesulus) in the greater Perth region, Western Australia; 2) morphologically describe and genetically characterise a novel observed species of Eimeria as E. angustus; and 3) genetically characterise E. kanyana. Eimeria spp. prevalence was 76.1% (95% CI 64.9-84.5%), and four putative species of Eimeria were identified. Eimeria kanyana was identified infecting quenda for the first time, with a prevalence of 54.9% (43.4-66.0%). Eimeria quenda was less prevalent, at 7.0% (3.1-15.5%). The novel species E. angustus was present in 45.1% of sampled quenda (34.0-56.6%). A second novel morphotype of Eimeria was present in 2.8% of sampled quenda (0.9-9.7%). Mixed Eimeria spp. infections were present in 21/71 quenda (29.6%, 95% CI 20.2-41.1%). Molecular phylogenetic analyses of E. kanyana and E. angustus were conducted at the 18S rRNA and mitochondrial cytochrome oxidase loci. At both loci, two isolates identified as E. kanyana grouped in a phylogenetic Glade with E. trichosuri. Five isolates identified as the novel E. angustus were most closely related to E. tropidura at the 18S locus. At the COI locus, no sequence data were available for E. tropidura; isolates of E. angustus grouped with E. sciurorum. (C) 2016 Elsevier Inc. All rights reserved.
机译:居住在城市化和城市郊区环境中的野生生物寄生虫引起了人们对野生生物种群健康的关注,在寄生虫也可能感染人类和家畜的情况下,兽医公共卫生也受到关注。这项研究的目的是:确定和估计西澳大利亚州大珀斯地区昆达(Isoodon obesulus)寄生艾美球虫的种类; 2)从形态上描述和遗传表征一种新的观察到的艾美尔球虫物种,即E. angustus; 3)从遗传学上表征了番荔枝。艾美球虫属患病率为76.1%(95%CI 64.9-84.5%),并且鉴定出四种推定的艾美尔球虫。首次发现肯亚艾美叶球菌感染quenda,患病率为54.9%(43.4-66.0%)。艾美球菌不那么普遍,为7.0%(3.1-15.5%)。在采样的队列中有45.1%(34.0-56.6%)的新物种为E. angustus。艾美球虫的第二种新形态型存在于2.8%的采样队列中(0.9-9.7%)。混合艾美球虫属21/71 quenda(29.6%,95%CI 20.2-41.1%)中存在感染。在18S rRNA和线粒体细胞色素氧化酶基因座上进行了卡那那耶和马卡那an的分子系统发育分析。在这两个基因座处,被鉴定为卡那氏大肠杆菌的两个分离株与毛曲霉菌一起在系统发育林中分组。在18S位点,被鉴定为新型E. angustus的五个分离物与tropidura最相关。在COI位点,没有对原肠埃希氏菌的序列数据。 E. angustus的分离株与s。sciurorum组合。 (C)2016 Elsevier Inc.保留所有权利。

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