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首页> 外文期刊>European food research and technology =: Zeitschrift fur Lebensmittel-Untersuchung und -Forschung. A >Fast identification of scallop adductor muscles using species-specific microsatellite markers
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Fast identification of scallop adductor muscles using species-specific microsatellite markers

机译:使用物种特异性微卫星标记快速鉴定扇贝内收肌

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摘要

Scallop adductor muscles are very popular delicious seafood distributed in the international markets. Identification of commercial adductor muscles to the species level is an important issue to assure the correct labeling for their distribution. In the present study, we established the species-specific microsatellite markers for four main economic scallop species to identify commercial adductor muscles. A total of 140 adductors derived from three different food processes, the frozen, the dried and the canned, were collected from markets and analyzed using the species-specific microsatellite markers. Although the DNA extracted from the commercial samples was highly degraded, all samples were well identified using the method established in the presentstudy. This method well demonstrated high precision and high sensitivity, and more competence in the identification of mixed commercial samples. Moreover, the results in this study gave the experimental evidences for the potential use of species-specific microsatellite markers for species identification in the market management.
机译:扇贝内收肌是在国际市场上非常受欢迎的美味海鲜。鉴定商品内收肌至物种水平是确保其分布正确标签的重要问题。在本研究中,我们为四个主要的经济扇贝物种建立了物种特异性微卫星标记,以识别商业性内收肌。从市场上收集了来自三种不同食品加工方法(冷冻,干燥和罐装)的总共140种加合物,并使用物种特异性微卫星标记进行了分析。尽管从商业样品中提取的DNA高度降解,但使用本研究建立的方法可以很好地鉴定所有样品。该方法很好地证明了高精度和高灵敏度,并且在鉴定混合商业样品中具有更高的能力。此外,这项研究的结果为在市场管理中使用特定物种的微卫星标记物进行物种鉴定提供了实验证据。

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