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首页> 外文期刊>Gene: An International Journal Focusing on Gene Cloning and Gene Structure and Function >Applying DNA barcodes for identification of plant species in the family Araliaceae
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Applying DNA barcodes for identification of plant species in the family Araliaceae

机译:应用DNA条形码鉴定金莲花科的植物种类

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An effective DNA marker in authentication of the family Araliaceae was screened out of the five DNA regions (. matK, . rbcL, ITS2, . psbA-trnH and . ycf5). In the present study, 1113 sequences of 276 species from 23 genera (Araliaceae) were collected from DNA sequencing and GenBank, in which 16 specimens were from 5 provinces in China and Japan. All of the sequences were assessed in the success rates of PCR amplifications, intra- and inter-specific divergence, DNA barcoding gaps and efficiency of identification. Compared with other markers, ITS2 showed superiority in species discrimination with an accurate identification of 85.23% and 97.29% at the species and genus levels, respectively, in plant samples from the 589 sequences derived from Araliaceae. Consequently, as one of the most popular phylogenetic markers, our study indicated that ITS2 was a powerful barcode for Araliaceae identification.
机译:从五个DNA区域(.matK,.rbcL,ITS2,.psbA-trnH和.ycf5)中筛选出一种有效的用于鉴定金莲花科的DNA标记。在本研究中,从DNA测序和GenBank中收集了来自23个属(Araliaceae)276种的1113个序列,其中16个标本来自中国和日本的5个省。通过PCR扩增的成功率,种内和种间差异,DNA条形码缺口和鉴定效率来评估所有序列。与其他标记相比,ITS2在物种判别方面显示出优势,在来自金莲花科的589个序列的植物样品中,在物种和属水平上的准确鉴定分别为85.23%和97.29%。因此,作为最流行的系统发育标记之一,我们的研究表明ITS2是用于鉴别金莲花科的有力条形码。

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