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首页> 外文期刊>Infection, Genetics and Evolution: Journal of Molecular Epidemiology and Evolutionary Genetics in Infectious Diseases >Rapid molecular species identification of indigenous bats from Germany for surveillance purposes
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Rapid molecular species identification of indigenous bats from Germany for surveillance purposes

机译:从德国识别德国的快速分子物种鉴定监视目的

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摘要

Chiroptera form the second largest order of mammals and compromise > 1200 species, of which only 51 species are abundant in Europe. As bats are important hosts involved in the emergence and spread of zoonotic infections, it is becoming more important to discriminate the different species of bats involved in the maintenance of causative agents. However, traditional taxonomic methods rely on morphological features and are challenging as they require long-lasting experience of an investigator and sometimes fail if the specimen is of poor condition. On the other hand, barcoding requires sequencing and is time consuming. Therefore, a versatile genetic approach for rapid species identification would be valuable.
机译:Chiroptera形成第二大哺乳动物顺序和妥协> 1200种,其中欧洲只有51种物种丰富。 由于蝙蝠是涉及出现和传播的人群感染的重要宿主,鉴定涉及维持致病剂的不同种类蝙蝠变得越来越重要。 然而,传统的分类方法依赖于形态学特征,并且挑战,因为它们需要调查员的长期经验,有时如果标本状况不佳,则有时会失败。 另一方面,条形码需要测序,并且是耗时的。 因此,用于快速物种鉴定的多功能遗传方法将是有价值的。

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