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DNA barcoding: Importance in fisheries research and food safety

机译:DNA条形码:在渔业研究和食品安全中的重要性

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DNA barcoding gives an impression of being linked to the electronic barcoding but differ a lot in the process involved in identification. In electronic barcoding the handheld scanner ????Star Trek tricorder???? scans the specific product with barcodes printed on it for its identification. However inDNA barcoding we require DNA fromthe target life formand identification is carried out withmolecular protocol. DNA barcoding have demonstrated effectiveness in recognition of wide range of taxonomic groups. This technique also received suggestions and reproach. The solution for the accuracy in the saidmodern tool lies in the proper sampling and data analysis. The traditional taxonomy is practical way of discriminating the good form of live or dead fish but not useful for identification of unknown, processed or mixed food samples. For such identifications wemust take the help ofmodern tools inmolecular biology to go ahead with the identification in shorter time. DNAbarcoding perhaps is the modern tool which could serve the purpose. We discuss about the DNA barcoding in food safety and fisheries research with the value of classical taxonomy.
机译:DNA条码给人的印象是与电子条码链接,但在识别过程中有很大不同。在电子条形码中,手持式扫描仪“星际迷航三阶”扫描带有条形码的特定产品以进行识别。但是,在DNA条形码中,我们需要目标生命形式的DNA并通过分子方案进行鉴定。 DNA条形码已证明可识别各种分类组。该技术也得到了建议和指责。所述现代工具中精度的解决方案在于适当的采样和数据分析。传统的分类法是区分活鱼或死鱼良好形式的实用方法,但对识别未知,加工或混合食品样本没有帮助。对于此类鉴定,我们必须借助分子生物学的现代工具在较短的时间内进行鉴定。 DNA条形码也许是可以达到目的的现代工具。我们将讨论具有经典分类法价值的食品安全和渔业研究中的DNA条形码。

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