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首页> 外文期刊>Journal of Experimental Life Science >The Use of Full-Grained, Fragmented, and Reduced Marine Yeast Powder in Fodder Formulation to Improve the Growth of Eel Fish (Anguilla bicolor)
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The Use of Full-Grained, Fragmented, and Reduced Marine Yeast Powder in Fodder Formulation to Improve the Growth of Eel Fish (Anguilla bicolor)

机译:在饲料配方中使用全谷物,零碎和减少的海洋酵母粉,以改善鳗鱼的生长(安吉拉双色)

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摘要

Ikan Sidat or eel fish ( A nguilla bicolor) is a popular fish commodity in domestic trade as well as for export commodity. The use of marine yeast as fodder suffers from some weaknesses since it contains nucleic acids and rigid thick cell walls that obstruct the absorbance of nutrition. Optimizing the use of marine yeast as fodder ingredients can be done by fragmenting and reducing the yeast. This research attempts at optimizing the use of marine yeast regarding its rate of growth, fodder efficiency and the survival rate of eel fish. This research employs the complete random design using 4 different treatments and 3 repetition. In the four treatments, the fodder contained protein (45%) and iso energy (3.600 kkal.kg~(-1) fodder), which were applied to the treatment A 0% (control), B 5% (complete), C 5% (fragmented) and D 5% (reduced). The parameters used in this study were survival rate, specific growth rate, ratio of fodder conversion, ratio of protein efficiency, energy retention, protein retention and rate of metabolism. The data of this study showed the best result in the treatment D, 5% (reduced), showing survival rate value of 95.56%, specific growth at 1.12, food conversion ratio of 2.27, protein efficiency ratio of 0.98, protein retention at 18.26%, energy retention of 16.57, and protein metabolism rate at 81.96%.Keywords:?eel fish, growth, marine yeast.
机译:伊坎S鱼或鳗鱼(双色鳗鱼)在国内贸易和出口商品中都是受欢迎的鱼类商品。将海洋酵母用作饲料存在一些缺点,因为它含有阻碍营养吸收的核酸和坚硬的厚细胞壁。可以通过破碎和还原酵母来优化使用海洋酵母作为饲料成分。这项研究试图就其生长速率,饲料效率和鳗鱼成活率来优化海洋酵母的使用。这项研究采用了完全随机的设计,使用了4种不同的处理方式和3种重复方式。在这四种处理中,饲料中分别含有蛋白质(45%)和等能量(3.600 kkal.kg〜(-1)饲料),分别用于A 0%(对照),B 5%(完全),C 5%(碎片)和D 5%(还原)。在这项研究中使用的参数是生存率,比生长率,饲料转化率,蛋白质效率,能量保留,蛋白质保留率和代谢率。这项研究的数据显示,治疗D的最佳结果为5%(降低),存活率值为95.56%,比生长为1.12,食物转化率为2.27,蛋白质效率为0.98,蛋白质保留率为18.26% ,能量保留率为16.57,蛋白质代谢率为81.96%。关键字:?鱼,生长,海洋酵母。

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