首页> 外文OA文献 >Penggunaan Ekstrak Limbah Sayur Dalam Kombinasi Cairan Rumen Sebagai Starter Berdasarkan Total Jamur Serta Keberadaan Kapang Dan Khamir (Use of Waste Vegetable Extracts in Combination Rumen Fluid as a Starter on Total Fungi with Existence Molds and Yeasts
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Penggunaan Ekstrak Limbah Sayur Dalam Kombinasi Cairan Rumen Sebagai Starter Berdasarkan Total Jamur Serta Keberadaan Kapang Dan Khamir (Use of Waste Vegetable Extracts in Combination Rumen Fluid as a Starter on Total Fungi with Existence Molds and Yeasts

机译:基于总真菌和霉菌和酵母菌存在的瘤胃液体组合中的蔬菜废物提取物的发酵剂的使用(存在霉菌和酵母菌的混合瘤胃液中植物废料的提取物作为起始物的使用)

摘要

This study was aimed to measure total fungi as well as the presence of mold and yeast in the starter ELSF with the addition of rumen fluid. The research material is pollard used as a substrate for the growth of molds and yeasts. The experimental design used was a completely randomized design (CRD) factorial design (4x2). Factor A with 4 treatments, comparison ELSF and rumen fluid (0: 0, 10:20, 20:20, 20:10) and factor B was a long ripening (0 h and 48 h), and 4 replications of each treatment. Parameters measured was total fungi as well as the presence of mold and yeast. Treatment comparison ELSF and rumen fluid produces mushrooms and long ripened total of 48 hours resulted in a total of fungi was higher (P <0.05) than the control. Ripening 48 hours showed the presence of mold on the starter. Identification of mold that grows on the starter is Aspergillus sp. Ripening 0 hours showed the yeast in the starter because the yeast Saccharomyces sp ELSF there that can be used in the fermentation process. The conclusions of this research is the treatment comparison ELSF and rumen fluid as well as long ripening increases the total mushroom starter. Aspergillus sp and the yeast Saccharomyces cerevisiae grown on a starter that is composed of a combination of extracts of vegetable waste fermentation inoculated with rumen fluid on the substrate pollard
机译:这项研究的目的是通过添加瘤胃液来测量真菌ELSF中的总真菌以及霉菌和酵母的存在。研究材料是波拉德,用作霉菌和酵母菌生长的基质。使用的实验设计是完全随机设计(CRD)析因设计(4x2)。经过4种处理的A因子,比较ELSF和瘤胃液(0:0、10:20、20:20、20:10)和B因子成熟期很长(0 h和48 h),每种处理重复4次。所测量的参数是总真菌以及霉菌和酵母的存在。处理比较ELSF和瘤胃液产生蘑菇,长时间成熟共48小时,导致真菌总数高于对照(P <0.05)。熟化48小时表明发酵剂上存在霉菌。鉴定在发酵剂上生长的霉菌是曲霉菌。成熟的0小时表明酵母在发酵剂中,因为酵母Saccharomyces sp ELSF可以在发酵过程中使用。这项研究的结论是ELSF和瘤胃液的处理比较,以及长时间的成熟会增加蘑菇的总发酵量。曲霉菌和酵母菌在发酵剂上生长,该发酵剂由接种了底物花粉的瘤胃液的蔬菜废料发酵提取物组合而成

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