The Role of Single Layer Immobilized Cells in Mead Fermentation Rate

M. Rahardjo, .. Lindayani, Laksmi Hartayanie
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Abstract

The research consisted of the making of honey-must, the making of single layer immobilized cells, and mead fermentation. Mead fermentation carried out with variation of treatments which were control (C) and single layer immobilized cells (SL). The analysis performed were analysis of alcohol content, sugar content, and yeast assimilable nitrogen (YAN) concentration which determine fermentation rate. The result of this research explained that during mead fermentation, sugar content decreased with latest sugar content varied namely 4,30-4,70Brix, alcohol content with the latest value namely 8,5-9,5%, and fermentation rate for SL was faster than C namely 0,105 g.ml.hr.
单层固定化细胞对蜂蜜酒发酵速率的影响
研究内容包括蜜汁的制作、单层固定化细胞的制作和蜂蜜酒的发酵。在对照(C)和单层固定化细胞(SL)处理下进行蜂蜜酒发酵。分析了决定发酵速率的酒精含量、糖含量和酵母可同化氮(YAN)浓度。本研究结果说明,在蜂蜜酒发酵过程中,糖含量下降,最新糖含量为4,30- 4,70brix,最新酒精含量为8,5-9,5%,SL的发酵速度快于C,为0,105 g.ml.hr。
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