夏威夷小龙虾(Elops hawainsis)废弃鱼皮作为明胶原料的浸液组合利用

Devi Faustine Elvina Nuryadin, S. Haryati, Indra Taruna Widodo, A. Munandar, D. Surilayani, G. Pratama, A. N. Hasanah
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引用次数: 0

摘要

来自瑟朗县蓬塘区多玛斯村的Bontot是一种鱼冻产品。Bontot的生产产生的鱼皮废料占鱼总重量的10%。这种浪费可以通过将零浪费的概念应用于骨胶的加工中来减少,骨胶被重新用作明胶生产的原材料。本研究旨在确定从夏威夷瓢虫(Elops hawainsis)的皮肤生产明胶时的最佳NaOH浓度,并确定NaOH浸泡对明胶的感官、化学和物理质量的影响。本研究使用浓度为0.1%的碱性溶液(NaOH);0.3%;然后进行6%的酸溶液浸渍工艺。使用单因素完全随机设计(CRD)从夏威夷瓢虫的皮肤中生产明胶,该设计具有2个重复(duplo),并伴有非参数分析,该非参数分析用于使用Kruskal-Wallis测试的特征量表的感官测试。结果表明,0.1%NaOH和6%HCl为最佳组合,特征值为3.7,呈白黄色;气味特征值3.13;11%的产率;凝胶强度280.43g布鲁姆;粘度36.95cP;含水量8.75%;灰分0.58%;pH值为6.88。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Waste Skin of Hawaiian Ladyfish (Elops hawaiensis) Utilization as Gelatin Raw Material With Immersion Solution Combination
Bontot from Domas Village, Pontang District, Serang Regency is a fish jelly product. The manufacture of Bontot produces fish skin waste with a percentage of 10% of the whole weight of the fish. This waste can be reduced by applying the concept of zero waste in the processing of bontot which is reused as a raw material in the manufacture of gelatin. This research aims to determine the best NaOH concentration in the manufacture of gelatin from the skin of Hawaiian ladyfish ( Elops hawaiensis ) and to determine the effect of NaOH immersion on the organoleptic, chemical, and physical qualities of the gelatin. This study used an alkaline solution (NaOH) with a concentration of 0.1%; 0.3%; and 0.5%, which is then followed by a 6% acid solution immersion process. The production of gelatin from the skin of Hawaiian ladyfish was carried out using a one-factor completely randomized design (CRD) with 2 replications (duplo) accompanied by non-parametric analysis which was carried out for organoleptic testing with a hedonic scale using the Kruskal Wallis test. The results showed that the best combination was 0.1% NaOH and 6% HCl with a hedonic value of 3.7 with a whitish-yellow color; odor hedonic value 3.13; 11% yield; gel strength 280.43 g bloom; viscosity 36.95 cP; water content 8.75%; ash content 0.58%; and a pH value of 6.88.
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