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首页> 外文期刊>Asia-Pacific Journal of Science and Technology >Decrease in ethanol fermentation time for Sato making by Rhizopus sp. and mixed cultures of yeasts (Thai)
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Decrease in ethanol fermentation time for Sato making by Rhizopus sp. and mixed cultures of yeasts (Thai)

机译:减少根瘤菌制取佐藤的乙醇发酵时间。和酵母混合培养物(泰国)

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The fermentation time for Sato making by single and mixed cultures of yeasts was compared. Four Satos were produced as follows: Sato number 1 (using a single strain of yeast from the Samritmaankhong Co. Ltd. factory), and Sato numbers 2, 3 and 4 (using mixed yeasts between the factory yeast and Saccharomyces cerevisiae NP01, S. bayanas EC1118 or S. cerevisiae Sweden, respectively). The results showed that using mixed cultures in Sato number 2 could reduce fermentation time from 35 days to 32 days with ethanol concentration of 10% (v/v). When sensory?evaluation of the 4 Satos and Siam Sato (produced by Samritmaankhong Co. Ltd.) was determined by preference test, there was no significant difference among the 5 Satos (p>0.05). Determination of chemical compositions of the 5 Satos indicated that they contained at least 26 chemical compounds i.e. 15 main volatile compounds, 7 acids, 3 sugars and glycerol. The main chemical compounds in the Satos were classified by principal component analysis (PCA) into 4 groups. However, each group did not influence the sensory characteristics.
机译:比较了通过酵母单培养和混合培养制备佐藤的发酵时间。四个Sato的生产如下:Sato 1号(使用来自Samritmaankhong Co.Ltd。工厂的一株酵母)和Sato 2号,3和4号(使用工厂酵母和酿酒酵母NP01,S之间的混合酵母)。巴亚那斯EC1118或瑞典酿酒酵母)。结果表明,在10%(v / v)的乙醇浓度下,使用Sato 2号混合培养可以将发酵时间从35天减少到32天。当通过偏好测试确定4个Satos和Siam Sato(由Samritmaankhong Co. Ltd.生产)的感官评价时,这5个Satos之间没有显着差异(p> 0.05)。确定5种Satos的化学组成表明,它们至少包含26种化合物,即15种主要挥发性化合物,7种酸,3种糖和甘油。佐藤中的主要化合物通过主成分分析(PCA)分为4组。但是,每组均不影响感觉特征。

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