LCMS/ MS法定性定量分析格鲁吉亚葡萄酒酒渣中的有机酸

IF 0.2
Tamar Kirvalidze, Tamaz Murtazashvili, Lasha Bakuridze, Malkhaz Jokhadze, Koba Sivsivadze
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By the LC-MS/MS method, weidentified organic acids in 6 samples of wine lees made from different varieties of Georgian grapes (Saperavi, Kisi, Rkatsiteli) and with differenttechnologies (traditional Kakhetian, factory conditions) and determined three main organic acids (tartaric acid, lactic acid, and citric acid) quantitatively.The results of the current research showed that the grape variety and the winemaking technology affect the qualitative and quantitative content oforganic acids in the wine; in particular, three organic acids were found in the Saferavi wine made by the factory method, and 2 organic acids in thewine made by the traditional Kakhetian (Georgia) method. Organic acid's quantitative content is also different. Also, the content of organic acids in thewine obtained from different varieties of grapes is different. The research showed that the quantitative content of organic acids in Kisi wine Lees ishigher than the other studied varieties. 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引用次数: 0

摘要

在21世纪,人们对天然化合物的兴趣和需求比以往显著增加,特别是对那些具有抗氧化、抗菌和抗炎特性的天然化合物。因此,有机酸在这方面值得注意,因为研究已经证实了一些有机酸的抗氧化、抗菌和抗炎作用。众所周知,葡萄酿造的葡萄酒是有机酸的丰富来源之一。因此,从这个角度来看,葡萄酒生产的废料——包括酒渣——是很有趣的。酿酒是格鲁吉亚最成功的农业方向之一。许多废物,如葡萄柚、葡萄籽和酒渣,伴随着葡萄酒的生产。这就是利用酒渣作为废物来研究有机酸的原因。因此,该研究旨在评估利用目前被浪费的酒庄产品的潜力——格鲁吉亚酒渣作为生物活性成分的来源。当前研究的目的是鉴定葡萄酒生产废料中的生物活性物质(有机酸)-从格鲁吉亚广泛分布的葡萄品种中获得的酒渣,并确定其定量含量。采用LC-MS/MS方法,对6份格鲁吉亚不同品种葡萄(Saperavi、Kisi、Rkatsiteli)和不同工艺(传统Kakhetian、工厂条件)酿造的酒糟样品中的有机酸进行了鉴定,定量测定了酒石酸、乳酸、柠檬酸3种主要有机酸。目前的研究结果表明,葡萄品种和酿酒工艺对葡萄酒中有机酸的定性和定量含量有影响;特别是,用工厂方法酿造的Saferavi葡萄酒中发现了三种有机酸,用传统的Kakhetian(格鲁吉亚)方法酿造的葡萄酒中发现了两种有机酸。有机酸的定量含量也不同。此外,不同品种的葡萄酿造的葡萄酒中有机酸的含量也不同。研究表明,Kisi酒酒中有机酸的定量含量高于其他研究品种。然而,这三种葡萄酒中有机酸的含量都很高。研究结果支持了利用目前被废弃的产品——格鲁吉亚酒渣——作为生物活性成分来源的潜力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Qualitative And Quantitative Analysis Of Organic Acids In Georgian Wine Lees By LCMS/ MS Method
In the XXI century, the interest and demand for natural compounds have increased significantly, compared to the previous period,especially for those natural compounds that have antioxidant, antimicrobial, and anti-inflammatory properties. Accordingly, organic acids arenoteworthy in this direction since studies have confirmed some organic acids' antioxidant, antimicrobial, and anti-inflammatory effects. It is known thatwine from vine products is one of the rich sources of organic acids. Therefore, the waste products of wine production - including wine lees areinteresting from this point of view. Winemaking is one of the most successful directions of agriculture in Georgia. Many waste products, such as grapepomace, grape seed, and wine lees, accompany wine production. It was the reason to use the waste product - wine lees- to study organic acids.Hence, the research aims to assess the potential of using a currently wasted winery product - Georgian wine lees as a source of biologically activeingredients. The objective of the current study was to identify the biologically active substances (organic acids) in the waste product of winemaking -wine lees obtained from widely distributed grape varieties in Georgia and to determine their quantitative content. By the LC-MS/MS method, weidentified organic acids in 6 samples of wine lees made from different varieties of Georgian grapes (Saperavi, Kisi, Rkatsiteli) and with differenttechnologies (traditional Kakhetian, factory conditions) and determined three main organic acids (tartaric acid, lactic acid, and citric acid) quantitatively.The results of the current research showed that the grape variety and the winemaking technology affect the qualitative and quantitative content oforganic acids in the wine; in particular, three organic acids were found in the Saferavi wine made by the factory method, and 2 organic acids in thewine made by the traditional Kakhetian (Georgia) method. Organic acid's quantitative content is also different. Also, the content of organic acids in thewine obtained from different varieties of grapes is different. The research showed that the quantitative content of organic acids in Kisi wine Lees ishigher than the other studied varieties. However, the content of organic acids in all three types of wine is significant. The study results support thepotential of using a currently wasted product - Georgian Wine Lees - as a source of biologically active ingredients.
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