饲料脱蛋白汁(dpj)发酵提高酵母品质的研究

R. Jadhav, S. Deshmukh
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引用次数: 3

摘要

研究了绿色作物分馏过程,并对其副产品进行了试验评价。副产物有纸浆、叶蛋白浓缩物(LPC)、果汁、去蛋白汁和压榨作物(PC)。测定各作物LPC的干重。玉米饲料的LPC高于其他饲料。脱蛋白汁(DPJ)被用作酵母发酵的培养基。将这种酵母的生长与在汉森肉汤培养基上生长的酵母作为对照进行了比较。制备不同浓度比的DPJ培养基和Hansens培养基,进行酵母发酵。酵母菌丝生长在DPJ上的浓度高于其他浓度。收集酵母菌菌丝培养滤液,用固定化法研究酶转化酶,用碘仿法研究酒精的存在。几乎所有不同浓度的样品都通过酶的正常分泌显示出酒精的存在。酵母菌菌丝单独培养滤液中酶转化酶含量较低。因此,与通过酶转化酶将更多蔗糖分解为葡萄糖和果糖的汉森培养基相比,民主党对蔗糖的分解较少。
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 YEAST QUALITY ENHANCEMENT BY FORAGE DEPROTEINISED JUICE (DPJ) FERMENTATION
Process of green crop fractionation (GCF) was considered and its byproducts were tested for evaluation. The byproducts obtained were pulp, LPC (Leaf protein concentrate), Juice, Deproteinised juice and pressed crop (PC). The dry weight of LPC from each crop was measured. Maize forage LPC was more as compared with other forages. Deproteinised Juice (DPJ) is utilised as a medium for the fermentation of yeast. This yeast growth was compared with the yeast grown on Hansens broth media as control. Various concentration ratios of DPJ and Hansens media were prepared and yeast was fermented. Yeast mycelia grown on DPJ was found higher as compared with other concentrations. The culture filtrates of yeast mycelia collected and used to study the enzyme invertase by immobilisation method and the presence of alcohol was by iodoform test. Almost all the samples of various concentrations showed the presence of alcohol by proper secretion of enzyme zymase. Enzyme invertase appropriately found less in the culture filtrate of yeast mycelia grown on DPJ alone. Therefore DPJ is responsible for less breakdown of sucrose as compared with Hansens media which breaks down more sucrose into glucose and fructose by the enzyme invertase.
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