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通过元素代谢组学评估希腊羊奶干酪——对鉴定、安全和营养的影响。

Greek Graviera Cheese Assessment through Elemental Metabolomics-Implications for Authentication, Safety and Nutrition.

机构信息

Chemistry Laboratory, Department of Food Science and Human Nutrition, Agricultural University of Athens, 11855 Athens, Greece.

Department of Nutritional Physiology and Feeding, Faculty of Animal Science and Aquaculture, Agricultural University of Athens, 11855 Athens, Greece.

出版信息

Molecules. 2019 Feb 14;24(4):670. doi: 10.3390/molecules24040670.

Abstract

This study presents the comprehensive elemental profile of Greek Graviera (Gruyère) cheeses. In total, 105 samples from nine different geographic regions produced from sheep, goat and cow milk and their mixtures were assessed. Elemental signatures of 61 elements were investigated for determination of geographic origin and milk type. Regional and milk type classification through Linear Discriminant Analysis was successful for almost all cases, while a less optimistic cross validation exercise presented lower classification rates. That points to further research using a much larger sample set, increasing confidence for cheese authentication utilizing also bioinformatics tools under development. This is the first study reporting signatures of 61 elements in dairy products including all sixteen rare earth elements and all seven precious metals. Safety and quality were assessed regarding toxic and nutritive elements. According to both EU and USA regulations and directives, Graviera is a nutritional source for trace and macro elements with low levels of toxic elements.

摘要

本研究呈现了希腊 Graviera(格鲁耶尔)奶酪的全面元素概况。总共评估了来自 9 个不同地理区域的 105 个绵羊、山羊和牛奶及其混合物的样本。对 61 种元素的元素特征进行了调查,以确定地理起源和牛奶类型。通过线性判别分析对地区和牛奶类型进行分类,对于几乎所有情况都取得了成功,而不太乐观的交叉验证练习则呈现出较低的分类率。这表明需要使用更大的样本集进一步研究,利用也在开发中的生物信息学工具提高奶酪认证的可信度。这是第一项报告乳制品中 61 种元素特征的研究,包括所有 16 种稀土元素和所有 7 种贵金属。根据欧盟和美国的法规和指令,Graviera 是痕量和宏量元素以及低水平有毒元素的营养来源。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/ec98/6412278/10ec875c7efb/molecules-24-00670-g001.jpg

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