利用乳酸菌发酵贝加尔湖欧慕尔的工艺研究

A. Nikiforova, S. Khazagaeva, I. Khamagaeva
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引用次数: 1

摘要

本文介绍了以酒井乳杆菌LSK-104为主要原料的浓缩菌发酵贝加尔湖乳清菌的工艺过程。以pH和微生物学分析作为乳酸菌生化活性的指标。结果发现,在发酵过程中,实验样品中肌肉组织的pH值下降较快,在发酵第14天达到5.05,而对照样品的pH值为6.28。这可以用乳酸菌l.s akei LSK-104发酵过程中有机酸的形成来解释。在这种情况下,活细胞数达到最大值1011 CFU/g。乳酸在盐水中的发酵过程比在肌肉组织中的发酵过程更剧烈。本研究获得的数据扩大了我们对l.s akei LSK-104在不利栽培条件下存活的适应机制的理解
本文章由计算机程序翻译,如有差异,请以英文原文为准。
STUDY OF FERMENTATION PROCESS OF BAIKAL OMUL WITH THE USE OF LACTIC ACID BACTERIA
The article describes fermentation process of the Baikal omul with the bacterial concentrate containing Lactobacillus sakei LSK-104. pH and microbiological analyses were used as indicators of biochemical activity of lactic acid bacteria. As found, during fermentation of omul, pH of the muscle tissue in the experimental sample decreased faster and reached 5.05 at 14 days of fermentation, while in the control sample the pH value was 6.28. It can be explained by the formation of organic acids during the fermentation with lactic acid bacteria L. sakei LSK-104. In this case, the number of viable cells reacheed a maximum value of 1011 CFU/g. The lactic acid fermentation process in brine proceeded more intensively than in the muscle tissue. The data obtained in this study expand our understanding of the adaptive mechanisms that ensure survival of L. sakei LSK-104 under unfavorable cultivation conditions
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