DNA Barcode as an effective tool in the identification of billfishes (Scombroidei, Teleostei) from exported specimens

Carlos E. Rodrigues Jr. , Daniel Eduardo Visciano de Carvalho , Yasmin Garcia , Diogo T. Hashimoto , Fausto Foresti , Fábio Porto-Foresti
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引用次数: 0

Abstract

DNA Barcode were used to identify species Billfishes and swordfish Xiphias gladius appeared as the only billfish species exported in Brazil. This system has been used successfully in the identification of species and samples not characterized, or illegally traded, as well as products from threatened species. The DNA barcode technique was used in the identification of billfish products exported through the terminal of the International Airport of São Paulo. Samples of billfish tissues were collected during the procedures to export the products to the United States and England. DNA sequencing permitted to certify that 100 % of the sampled products inspected were correctly identified as Xiphias gladius, thus confirming the NCM information about the species declared by the exporter. The high index of similarity of the sequences obtained in the samples with the sequences deposited in the Bold Systems and GenBank which is an NCBI platform (National Center for Biotechnology Information) platform for this species allow the validation and adequacy of the technique used, with direct application mainly in the process of inspection of the commercialization and exportation of fishery products.

DNA条形码作为一种有效的工具,用于从出口标本中识别Billfish(Scombridei,Teleostei)
DNA条形码用于识别billfish和剑鱼Xiphias gladius是巴西唯一出口的billfish物种。该系统已成功用于识别未鉴定或非法交易的物种和样本,以及受威胁物种的产品。DNA条形码技术被用于识别通过圣保罗国际机场航站楼出口的billfish产品。在向美国和英国出口产品的过程中,采集了billfish组织的样本。DNA测序允许证明100%的抽样产品被正确识别为西菲亚斯gladius,从而证实了出口商申报的物种的NCM信息。样品中获得的序列与Bold Systems和GenBank中沉积的序列的高相似性指数允许所用技术的验证和充分性,其直接应用主要是在渔业产品商业化和出口的检查过程中。
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来源期刊
Forensic science international. Animals and environments
Forensic science international. Animals and environments Pollution, Law, Forensic Medicine, Veterinary Science and Veterinary Medicine (General)
CiteScore
2.00
自引率
0.00%
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0
审稿时长
142 days
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