氮源对沙棘内生酵母生长的影响。面包品质分析

Nuzulul Zahroh, U. Utami, Nur Kusmiyati
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引用次数: 1

摘要

东部生物质常用于发酵面包面团。加入氮源可以使面团发酵达到最大。本研究使用的酵母菌分离株(YIS-3、YIS-4和YIS-7)。本研究的目的是确定添加氮对酵母生长和面包品质的影响。这项研究采用了实验方法。生长研究结果表明,0.05%尿素处理的菌株生物量和细胞数均高于对照。YIS-7的生物量最高,为3.81 g/300mL,而YIS-3的细胞数最高,为29.02x106个细胞/mL。打样率结果表明,0.05%尿素处理的酵母菌分离株需要较长的时间才能达到最高打样率。然而,烘焙后的面包体积表现出比对照组更好的效果。YIS-3生产的面包最大体积为972.14 cm3。感官测试结果显示P<5%,说明所有处理对面包的口感、香气、颜色和质地都有显著的影响。总体而言,小组成员对0.05%尿素处理的YIS-3发酵面包的接受度很高。由此可见,在酵母酵母酵母中添加0.05%浓度的尿素对酵母生长和面包品质的影响最佳。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of Nitrogen Source on Growth Endophytic Yeast from Salacca edulis Reinw. and Bread Quality Analysis
east biomass is often used in the fermentation of bread dough. Dough fermentation can be maximized by adding a nitrogen source. This study used yeast isolates from salak pondoh (YIS-3, YIS-4, and YIS-7). The purpose of this study was to determine the effect of nitrogen addition on yeast growth and bread quality. This study used an experimental approach. The results of the growth study showed that all isolates treated with 0.05% urea produced higher biomass and cell counts than those treated with control. The highest biomass was produced by YIS-7, which was 3.81 g/300mL, while the highest number of cells was produced by YIS-3, which was 29.02x106 cells/mL. The percentage of proofing results showed that all yeast isolates treated with 0.05% urea needed a longer time to achieve the highest proofing. However, the volume of bread after baking showed better results than those treated with control. The largest volume of bread produced by YIS-3, was 972.14 cm3. The results of the organoleptic test showed that P<5%, which means that all treatments had a significant effect on the taste, aroma, color, and texture of the bread. Overall, the panelists gave good acceptance of the bread fermented by YIS-3 with 0.05% urea treatment. So it can be concluded that the addition of urea with a concentration of 0.05% in YIS-3 gave the best effect on the yeast growth and bread quality.
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