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Detection of Intra-Varietal Diversity Based on Differences in the Accumulation of Secondary Metabolites for Winemaking Management of High-Quality Red Wines

机译:基于次生代谢产物积累差异的品种内多样性检测,用于高品质葡萄酒的酿酒管理

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摘要

The goal of biodiversity preservation is the conservation and enhancement of diversity, which is often stored in different clones of the same grape variety. Fourteen different autochthonous accessions of Aglianico grown in the same area (Vulture, Italy) have been investigated to evaluate the possible significant differences in terms of secondary metabolites belonging to the polyphenolic class, compounds which show a number of beneficial health related properties. During winemaking, grape polyphenols are extracted into wine, therefore the knowledge of the polyphenolic composition of grape is important for the appropriate design of the winemaking process, especially in winemaking management of high-quality red wines. The results of this study are useful tools for the individuation of the most promising candidates in the perspective of Aglianico del Vulture clonal selections from a winemaking point of view.
机译:保护生物多样性的目的是保护和增强多样性,通常将其存储在同一葡萄品种的不同克隆中。已经研究了在同一地区(意大利Vulture)种植的14种不同的Aglianico本地种,评估了属于多酚类次生代谢产物的可能的显着差异,这些化合物显示出许多有益于健康的特性。在酿酒过程中,葡萄中的多酚被提取到葡萄酒中,因此,了解葡萄中的多酚组成对于酿酒工艺的适当设计非常重要,特别是在高品质红酒的酿酒管理中。从酿酒的角度看,从Aglianico del Vulture克隆选择的角度来看,这项研究的结果对于区分最有前途的候选人是有用的工具。

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