Study on the differentiation of sensory quality of mainstream Jiang‐flavor baijiu in the Chinese market based on Pivot Profile

口感 风味 感觉系统 芳香 品酒 食品科学 品味 感官分析 数学 质量(理念) 化学 心理学 认知心理学 物理 原材料 葡萄酒 有机化学 量子力学
作者
Yubo Yang,Junjie Niu,Bolin Shi,Fan Yang,Nian Cao,Houyin Wang,Xiaolin Xiong,Lei Zhao,Xu Yang,Kui Zhong,Yao Zhang,Haiyan Gao,Li Wang,Zhenyu Yun
出处
期刊:Journal of Food Science [Wiley]
被引量:1
标识
DOI:10.1111/1750-3841.17383
摘要

Abstract Jiang‐flavor baijiu (JFB) is a prominent type of Chinese baijiu, known for its unique flavor attributes, sensory experience, and high tasting value. Previous research has mainly focused on the detection and identification of its flavor substances, but in‐depth studies on the precise sensory description and differentiation of its flavor qualities are still lacking. In this study, a rapid sensory analysis method, Pivot Profile (PP), was applied to 30 mainstream JFBs in the Chinese market, generating 91 sensory attributes with independent definitions, from which 29 main sensory attributes were established that were easy to perceive and descriptive, as well as convenient for transmitting their sensory qualities and distinguishing differences in price and production region, including color (one descriptor), aroma (21 descriptors), taste, and mouthfeel (seven descriptors). The nine key sensory attributes that distinguish JFB quality are as follows: Jiang, Grain, Chen, Qu, Rancid, Acid, Sweet, Fullness, and Harmony. It was found that price was positively correlated with sensory quality, with greater variation in the quality of samples within the medium price range (RMB 500–1000). All samples from MTCQ1 (the core production area of Maotai Town) performed better in sensory quality. In addition, salted vegetable showed a high degree of regional characteristics, concentrated in most of the production regions of Guizhou Province. Aroma attributes were more suitable than taste and mouthfeel as sensory indicators for distinguishing production regions. This study has opened the direction of systematic construction of sensory description of JFB and provided a successful case for the evaluation of Chinese baijiu using novel sensory analysis techniques.
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