发酵米曲霉生产中碳水化合物、蛋白质和弱点的分析

A. Rahayu, Suranto, Tjahjadi Purwoko
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L. leucocephala was fermented \nwith A. oryzae for 3-5 days to produce koji. Koji was soaked in salt solution \n20% (1:5 b/v) then it was fermented for 30 days to produce moromi. \nNutritional values in L. leucocephala seeds, koji, and moromi was analyzed, \ni.e. carbohydrate (sugar reduction and starch), protein, and lipids. Moromi \nfiltrate was added by spices to Leucaena sauce. Finally, preferable Leucaena \nsauce was tested including flavor, aroma, and color. Preferable data was \nanalyzed by non-parametric statistic; it was Friedman Test and followed \nWilcoxon Ranking Method. The result showed that value of reducing sugar \nin L. leucocephala seeds, koji and moromi were 78.38 mg/g; 119.08 mg/g; and \n164.29 mg/g. Starch value of seeds, koji and moromi were 274.36 mg/g; \n260.92 mg/g and 179.50 mg/g. The value of dissolved protein in seeds, koji \nand moromi were 107.44 mg/g; 86.1 mg/g; and 208.56 mg/g. 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引用次数: 7

摘要

银合欢是含羞草科植物中蛋白质含量较高的一种,其蛋白质含量几乎与大豆相当。白菖蒲可作为大豆的替代品用于酱油生产。酱油是一种具有肉类风味和香气的发酵液产品,具有很高的营养价值。研究的目的是:(1)分析种子、曲和森的营养价值,包括碳水化合物、蛋白质和脂质;(2)了解以米曲霉为接种体的白头菌作为原料发酵生产酱油的效力。发酵是酱油生产过程中的一种,它包括两个步骤:(i)固体发酵和(ii)盐水发酵。将白头乳杆菌与米曲霉发酵3-5 d制成曲。将曲浸泡在20% (1:5 b/v)的盐溶液中,发酵30天制成森米。分析了白头草种子、曲和森米的营养价值,即碳水化合物(糖还原和淀粉)、蛋白质和脂质。将莫罗米滤液以香料的方式加入到柳卡埃纳酱中。最后,从风味、香气、色泽等方面进行了优选。优选资料采用非参数统计分析;采用弗里德曼检验,采用威尔考克森排名法。结果表明:白头草种子、曲、森的还原糖值为78.38 mg/g;119.08毫克/克;和164.29 mg/g。种子、曲、森的淀粉值为274.36 mg/g;260.92 mg/g和179.50 mg/g。种子、曲、森的溶解蛋白含量为107.44 mg/g;86.1毫克/克;208.56 mg/g。种子、曲、森的脂质值为158.87 mg/g;51.35毫克/克;80.86 mg/g。柳合欢酱的口感优选测试数据与ABC酱相同,但柳合欢酱的香气得分最低。此外,四种酱料在颜色上没有显著差异。以稻瘟病菌为接种菌,采用发酵法生产酱油具有较好的效果。关键词:银合欢,酱油,米曲霉
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analisis Karbohidrat, Protein, dan Lemak pada Pembuatan Kecap Lamtoro Gung (Leucaena leucocephala) terfermentasi Aspergillus oryzae
Leucaena leucocephala was one of Mimosaceae family which had high protein content nearly the same value as in Soya beans protein content. L. leucocephala could be used as the substitution of Soya beans in production of soy sauce. Soy sauce was one of fermentation liquid products which had flavor and aroma as meat, and had high nutrition value. The aims of the research were (i) to analyze nutrition value in seeds, koji and moromi including carbohydrate, proteins and lipids and (ii) to know the potency of L. leucocephala as raw material in production of soy sauce by fermentation method with Aspergillus oryzae as inoculums. Fermentation was one of soy sauce production processes that involved two steps: (i) the solid stage fermentation and (ii) the brine fermentation. L. leucocephala was fermented with A. oryzae for 3-5 days to produce koji. Koji was soaked in salt solution 20% (1:5 b/v) then it was fermented for 30 days to produce moromi. Nutritional values in L. leucocephala seeds, koji, and moromi was analyzed, i.e. carbohydrate (sugar reduction and starch), protein, and lipids. Moromi filtrate was added by spices to Leucaena sauce. Finally, preferable Leucaena sauce was tested including flavor, aroma, and color. Preferable data was analyzed by non-parametric statistic; it was Friedman Test and followed Wilcoxon Ranking Method. The result showed that value of reducing sugar in L. leucocephala seeds, koji and moromi were 78.38 mg/g; 119.08 mg/g; and 164.29 mg/g. Starch value of seeds, koji and moromi were 274.36 mg/g; 260.92 mg/g and 179.50 mg/g. The value of dissolved protein in seeds, koji and moromi were 107.44 mg/g; 86.1 mg/g; and 208.56 mg/g. The value of lipids on seeds, koji and moromi was 158.87 mg/g; 51.35 mg/g; and 80.86 mg/g. The data of preferable test on Leucaena sauce’s taste was the same as ABC sauce but the aroma of Leucaena sauce had the lowest score than the others. More over, the four kinds of sauce were not different significantly in color. L. leucocephala had potency as raw material in production of soy sauce by fermentation method with A. oryzae as inoculum. Keywords: Leucaena leucocephala, soy sauce, Aspergillus oryzae.
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