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首页> 外文期刊>Journal of Bioscience and Bioengineering >Innovation Chinese rice wine brewing technology by bi-acidification to exclude rice soaking process
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Innovation Chinese rice wine brewing technology by bi-acidification to exclude rice soaking process

机译:创新中国水稻酿造技术双酸化排除水稻浸泡过程

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摘要

As a traditional fermented alcoholic beverage of China, Chinese rice wine (CRW) had a long history of more than 5000 years. Rice soaking process was the most crucial step during CRW brewing process, because rice soaking quality directly determined the quality of CRW. However, rice soaking water would cause the eutrophication of water bodies and waste of water. The longer time of rice soaking, the higher the content of biogenic amine, and it would have a huge impact on human health. An innovation brewing technology was carried out to exclude the rice soaking process and the Lactobacillus was added to make up for the total acid. Compared to the traditional brewing technology, the new technology saved water resources and reduced environmental pollution. The concentration of biogenic amine was also decreased by 27.16%, which improving the security of the CRW. The esters increased led to more soft-tasted CRW and less aging time; the quality of CRW would be improved with less alcohol. (C) 2016, The Society for Biotechnology, Japan. All rights reserved.
机译:作为中国的传统发酵酒精饮料,中国米饭(CRW)历史悠久以上超过5000年。水稻浸泡过程是CRW酿造过程中最关键的步骤,因为水稻浸泡质量直接确定了CRW的质量。然而,水稻浸泡水会导致水体的富营养化和浪费水。浸泡较长的时间浸泡,生物胺的含量越高,对人体健康产生了巨大影响。进行了一种创新酿造技术以排除水稻浸渍过程,加入乳酸杆菌以弥补总酸。与传统的酿造技术相比,新技术保存了水资源,减少了环境污染。生物胺的浓度也降低了27.16%,从而提高了CRW的安全性。酯类增加导致更加柔软的CRW和更少的老化时间;少量酒精将改善CRW的质量。 (c)2016年,日本生物技术协会。版权所有。

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