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Progress towards DNA barcoding of fungi

机译:真菌DNA条形码的研究进展

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The use of DNA sequences for identifying fungi and fungus-like organisms predates the DNA barcoding movement by at least 10 years. A brief overview of the mycological shift from phenotypic to molecular taxonomy is provided. Exploration of the animal barcode marker, cytochrome oxidase 1, by Canadian mycologists has been fruitful for some fungi, but intron issues and lack of resolution in other taxa prevent its universal application. The momentum established by 15 years of research on the fungal nuclear ribosomal internal transcribed spacer (ITS) sequences will lead to a proposal to the Consortium for the Barcode of Life on the adoption of this marker as the fungal barcode. Existing mycological research networks should facilitate the rapid development of DNA barcoding of fungi once the marker issue is settled. Some available online fungal identification databases are briefly described.
机译:使用DNA序列鉴定真菌和类真菌生物要比DNA条码化运动早至少10年。提供了从表型到分子分类学的真菌学转变的简要概述。加拿大真菌学家对动物条形码标记物细胞色素氧化酶1的研究对于某些真菌已经取得了丰硕的成果,但是内含子问题和其他分类单元的缺乏分辨率阻碍了其普遍应用。通过对真菌核糖体内部转录间隔子(ITS)序列进行15年研究而建立的势头将导致向生命条码联盟提出采用该标记作为真菌条形码的提议。解决标记问题后,现有的真菌学研究网络应有助于真菌DNA条形码的快速发展。简要描述了一些可用的在线真菌识别数据库。

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