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Investigating the use of partial napping with ultra-flash profiling to identify flavour differences in replicated, experimental wines

机译:调查使用超级闪光分析的部分喷射,以识别复制的实验葡萄酒的风味差异

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摘要

Experimental wine studies with three or more treatments, over multiple years with replicated wines, often require sensory analysis to describe treatment effects on the resultant wines. This scientific approach can result in a large number of samples for sensory analysis, which can be time-consuming, and problematic for the design of descriptive analysis (DA). The aim of this study was to establish whether partial napping (PN) combined with ultra-flash profiling (UFP) could identify a subset of replicate wines that were similar enough in flavour profile that they could be used as representative samples for descriptive analysis (DA). Pinot noir wines from three field treatments (T1, 12, and T3), were produced in triplicate (a, b and c) and analysed byPN and UFP. Multiple factor analysis (MFA) using a citation frequency method showed that two similar replicate wines could be identified for each treatment wine. These results show that UFP allows for small sample sets to be used for subsequent and moreresource intensive DA methods, and provides greater insight into the use of rapid sensory analysis in wine research.
机译:使用复制葡萄酒多年来三次或更多种治疗的实验葡萄酒研究通常需要感觉分析来描述所得葡萄酒的治疗效果。这种科学方法可以导致大量样品进行感官分析,这可能是耗时的,并且对于描述性分析(DA)的设计有问题。本研究的目的是建立与超闪光分析(UFP)相结合的部分喷射(PN)可以识别它们在风味概况中相似的复制葡萄酒的子集,它们可以用作描述性分析的代表性样本(DA )。从三次(A,B和C)产生三种野外处理(T1,12和T3)的Pinot Noir葡萄酒并分析ByPN和UFP。使用引文频率方法的多因素分析(MFA)显示,对于每种处理葡萄酒,可以识别出两个类似的复制葡萄酒。这些结果表明,UFP允许用于随后和Moreresource密集型DA方法的小型样本集,并更加了解在葡萄酒研究中使用快速感官分析。

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