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Study of Sangiovese Wines Pigment Profile by UHPLC-MS/MS

机译:用UHPLC-MS / MS研究桑娇维塞葡萄酒的色素分布

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摘要

The metabolic pigment composition of Sangiovese wines produced from grapes harvested at 20 different vineyards in Montalcino over three consecutive years (2008—2010) on a semi-industrial scale and of 55 commercial Brunello di Montalcino wines (2004—2007) was studied, using a targeted method capable of analyzing 90 pigments in an 11 min UHPLC-MS/MS chromatographic run. Interesting correlations were shown between various pigments formed during wine aging and those present in Sangiovese grapes. Vitisin B-like pigment and vitisin A-like pigment concentrations would seem to have a good correlation with ethyl-linked and direct-linked flavanol—anthocyanin concentrations, respectively. Moreover, the anthocyanic pattern recognition, genetically controlled by the plant variety, was shown to be inherited by the pigments formed during wine aging.
机译:研究了连续三年(2008-2010年)在蒙塔尔奇诺(Montalcino)的20个不同葡萄园收获的葡萄所产生的桑娇维塞葡萄酒的代谢色素成分,其半工业规模和55种商业布鲁诺·蒙塔尔奇诺(Brunello di Montalcino)葡萄酒(2004-2007年)的代谢色素组成进行了研究,能够在11分钟的UHPLC-MS / MS色谱分析中分析90种颜料的目标方法在葡萄酒陈酿过程中形成的各种色素与桑娇维塞葡萄中存在的色素之间显示出有趣的相关性。 Vitisin B类色素和Vitisin A类色素的浓度似乎分别与乙基连接的黄烷醇和直接连接的黄烷醇-花青素浓度具有良好的相关性。此外,由植物品种遗传控制的花色模式识别被证明是由葡萄酒陈化过程中形成的色素所继承。

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