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Buffalo species identification and delineation using genetic barcoding markers

机译:使用遗传条形码标记识别和描述水牛种

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摘要

Enrichment of barcode databases with mitochondrial cytochrome c oxidase subunit I (COI) barcode sequences in different animal taxa has become important for identification of animal source in food samples to prevent commercial fraud. In this study, COI barcode sequence in seventy one river buffalo samples were determined, analyzed and deposited in Genbank barcode database and barcode of life database (BOLD) to contribute for construction of public reference library for COI barcode sequence in river buffalo. Moreover COI barcode sequence was used to identify the closely related buffalo groups: river buffalo, swamp buffalo, lowland anoa and African buffalo. Results indicated the success of the COI barcode in the identification of each of the tested groups. Whereas a suggested sequence of other mitochondrial segment representing two successive transfer RNA (tRNA) genes; tRNA-Threonine (MT-TT) and tRNA-Proline (MT-TP) was failed to be used as a barcode marker for differentiation between the tested buffalo groups.
机译:在不同动物类群中利用线粒体细胞色素C氧化酶亚基I(COI)条形码序列来丰富条形码数据库,对于识别食品样品中的动物来源以防止商业欺诈已变得非常重要。本研究确定了71条河水牛样本中的COI条形码序列,并将其分析并保存在Genbank条形码数据库和生命数据库条形码中,以帮助构建水牛河中COI条形码序列公共参考库。此外,COI条形码序列用于识别密切相关的水牛群:河水牛,沼泽水牛,低地阿诺和非洲水牛。结果表明,COI条码在鉴定每个测试组中均成功。鉴于其他线粒体片段的建议序列代表两个连续的转移RNA(tRNA)基因;无法将tRNA-苏氨酸(MT-TT)和tRNA-脯氨酸(MT-TP)用作区分测试水牛组的条形码标记。

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