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Improvement of tolerance to freeze-thaw stress of baker's yeast by cultivation with soy peptides

机译:通过大豆肽培养提高面包酵母对冻融胁迫的耐受性

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摘要

The tolerance to freeze-thaw stress of yeast cells is critical for frozen-dough technology in the baking industry. In this study, we examined the effects of soy peptides on the freeze-thaw stress tolerance of yeast cells. We found that the cells cultured with soy peptides acquired improved tolerance to freeze-thaw stress and retained high leavening ability in dough after frozen storage for 7 days. The final quality of bread regarding its volume and texture was also improved by using yeast cells cultured with soy peptides. These findings promote the utilization of soy peptides as ingredients of culture media to improve the quality of baker's yeast.
机译:酵母细胞的冻融压力耐受性对于烘焙行业中的冷冻面团技术至关重要。在这项研究中,我们检查了大豆肽对酵母细胞冻融胁迫耐受性的影响。我们发现用大豆肽培养的细胞在冷冻储存7天后获得了更好的耐受冻融压力的能力,并在面团中保留了较高的发酵能力。通过使用大豆肽培养的酵母细胞,面包在体积和质地上的最终质量也得到了改善。这些发现促进了大豆肽作为培养基成分的利用,以改善面包酵母的质量。

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