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After 7 years and 1000 citations: Comparative assessment of the DNA barcoding and the DNA taxonomy proposals for taxonomists and non-taxonomists

机译:经过7年和1000次引用:对分类学家和非分类学家的DNA条码和DNA分类建议的比较评估

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摘要

In 2003, two different approachesDNA taxonomy and DNA barcodingwere simultaneously proposed to overcome some of the perceived intrinsic weaknesses of the traditional morphology-based taxonomical system, and to help non-taxonomists to resolve their crucial need for accurate and rapid species identification tools. After 7 years, it seems unlikely that a completely new taxonomical system based on molecular characters only (DNA taxonomy) will develop in the future. It is more likely that both morphological and molecular data will be simultaneously analyzed, developing what has been coined as "integrative taxonomy". Concerning DNA barcoding, it is now clear that it does not focus on building a tree-of-life nor to perform DNA taxonomy, but rather to produce a universal molecular identification key based on strong taxonomic knowledge that is collated in the barcode reference library. The indisputable success of the DNA barcoding project is chiefly due to the fact that DNA barcoding standards considerably enhance current practices in the molecular identification field, and standardization offers virtually endless applications for various users.
机译:2003年,同时提出了两种不同的方法DNA分类和DNA条码,以克服传统基于形态的分类系统的某些固有的弱点,并帮助非分类学家解决对准确,快速的物种识别工具的关键需求。 7年后,似乎不太可能在将来开发出仅基于分子特征(DNA分类法)的全新分类系统。形态学和分子数据都将被同时分析,从而发展出被称为“综合分类法”的可能性。关于DNA条形码,现在很清楚,它不专注于构建生命树,也不进行DNA分类,而是基于在条形码参考库中整理的强大分类学知识来产生通用的分子识别密钥。 DNA条形码项目无可争议的成功主要归因于以下事实:DNA条形码标准极大地增强了分子鉴定领域的当前实践,标准化为几乎所有用户提供了无尽的应用。

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