Nutrition and Fiber Fraction Analysis of Fermented Water Hyacinth Plants Using Various Probiotics as Alternative Beef Cattle Feed

M. Mukhtar
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Abstract

Apart from being a bioaccumulator, several studies have also proven that water hyacinth has the potential to be an ingredient for animal feed and organic fertilizer because it contains amino acids and other nutritional elements. This research consists of 2 stages. The first stage is the effect of using several probiotics for fermented water hyacinth on nutritional quality and fiber fraction. The 4 types of probiotics used were liquid organic supplements (SOC), burger feed sauce (SBP), microbacter alfaafa 11 (MA-11), and effective microorganisms 4 (EM-4). The use of a liquid dose of each probiotic is 5 ml/1 kg of fresh water hyacinth. The second stage is the effect of the use of probiotic levels of SOC on the nutritional quality and fiber fraction of fermented water hyacinth. The levels of SOC probiotics used were 5 ml, 10 ml and 15 ml for every 1 kg of fresh water hyacinth ingredients.The use of 4 types of probiotics, namely SOC, SBP, MA-11 and EM-4, had a significantly affected in increasing the nutritional content of fresh water hyacinth ingredients, were the percentage of protein, the percentage of crude fat and the percentage of extracts without nitrogen. In this study, the 4 probiotics were able to reduce the fiber fraction, were acid detergent fiber, neutral detergent fiber, hemicellulosa, cellulose and lignin, and also changing the structure of the fiber fraction where the fresh water hyacinth material is a recommendation to be used as an alternative to beef cattle feed. The nutrient content and fiber fraction of the fermented water hyacinth is close to the nutrient content and fiber fraction of natural grasses. The increasing use of probiotic SOC levels will also increase the content of crude protein, crude fat and extracts without nitrogen from 5% to 15% SOC levels. In the fiber fraction, namely hemicellulose, cellulose and lignin in general, the results were significant only at the 5% level.
不同益生菌替代肉牛饲料发酵水葫芦的营养及纤维含量分析
除了作为生物蓄能器,一些研究也证明水葫芦有潜力成为动物饲料和有机肥料的成分,因为它含有氨基酸和其他营养元素。本研究分为两个阶段。第一阶段是在发酵水葫芦中添加几种益生菌对其营养品质和纤维含量的影响。所使用的4种益生菌分别为液体有机补充剂(SOC)、汉堡饲料酱(SBP)、苜蓿微菌11 (MA-11)和有效微生物4 (EM-4)。每种益生菌的液体用量为5毫升/1公斤淡水风信子。第二阶段是有机碳中益生菌使用水平对发酵水葫芦营养品质和纤维含量的影响。每1公斤新鲜水葫芦原料所使用的有机碳益生菌含量分别为5毫升、10毫升和15毫升。4种益生菌(SOC、SBP、MA-11和EM-4)的使用对提高淡水风信子成分的营养成分含量(蛋白质百分比、粗脂肪百分比和无氮提取物百分比)有显著影响。在本研究中,可降低酸性洗涤纤维、中性洗涤纤维、半纤维素、纤维素和木质素4种益生菌的纤维组分,并可改变纤维组分的结构,其中淡水风信子材料被推荐作为肉牛饲料的替代品。发酵水葫芦的营养成分和纤维含量与天然牧草的营养成分和纤维含量接近。随着益生菌有机碳水平的提高,粗蛋白质、粗脂肪和无氮浸出物的有机碳含量也从5%提高到15%。在纤维组分中,即半纤维素、纤维素和木质素,只有在5%的水平下,结果才显著。
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