Physical Quality of Fast Sealing Dissolving Edible Films as Food Packaging Based Glucomannan and Gelatin

Rischa Amalia Saleha, Fera Novitasari, Nazma Putri Andrianita, A. Manab, M. Sawitri, R. Andriani, P. P. Rahayu
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Abstract

The edible film is an alternative that can be used as eco-friendly packaging material (biodegradable) as a plastic substitute. The material that can be used in making edible films is glucomannan, which can dissolve easily but is less elastic. The development of the necessary edibles that can be applied to foodstuffs requires a combination of ingredients that are easy to dissolve in water. These materials can be used derived from hydrocolloids or polysaccharides. The research to obtain edible film formulated glucomannan and gelatin with the best physical quality, fast sealing and fast dissolving. The research material used glucomannan and gelatin with different concentrations designed by 5 treatments and 3 replications consisting of T1: 0,5% gelatin, T2: 0.625% gelatin, T3: 0.75% gelatin, T4: 0,875 gelatin and T5: 1% gelatin. The variables tested were solubility, total soluble matter, swelling, water content, thickness, L*, a*, b* color, browning index and whiteness index. The research method was experimental, analyzed with Analysis of Variance using Completely Randomized Design and if there were differences continued using Duncan’s Multiple Range Test. The results showed highly significant differences (P<0.01) on swelling and thickness. The results showed significant differences (P<0.05) on total soluble matter, water content and L* color. However, there were no significant differences (P>0.05) on solubility, a* color, b* color, browning index and whiteness index. The results of the data based on physical quality consist of solubility ranging from 11.2-24.5%, total soluble matter 27.6-60.6%, swelling 3.49-7.75%, water content 11.5-12.15%, thickness 0.09-0.14 mm, L* color 91.3-92.5, a* color 0.78-1, b* color 1.52-2.81, browning index 2.23-3.7 and whiteness index 94.51-99.34. In conclusion, the use of edible films formulated with glucomannan and gelatin with a concentration of 0.5% produces the best physical quality, the resulting edible film has high solubility and is easy to seal.
以葡甘露聚糖和明胶为基础的食品包装用速封溶解食用薄膜的物理质量
可食用薄膜是一种替代品,可以作为环保包装材料(可生物降解)作为塑料替代品。可用于制作可食用薄膜的材料是葡甘露聚糖,它易于溶解,但弹性较差。开发可应用于食品的必要食品需要易于溶于水的成分组合。这些材料可以从水胶体或多糖中提取。研究获得物理性能最佳、密封快、溶解快的葡甘露聚糖和明胶配制的食用薄膜。研究材料采用不同浓度的葡甘露聚糖和明胶,分别为T1: 0.5%明胶、T2: 0.625%明胶、T3: 0.75%明胶、T4: 0.875明胶和T5: 1%明胶,共5个处理,3个重复。测试变量为溶解度、总可溶性、溶胀、含水量、厚度、L*、a*、b*颜色、褐变指数和白度指数。研究方法采用实验方法,采用完全随机设计的方差分析进行分析,如果存在差异,继续使用邓肯多元极差检验。结果表明:溶解度、a*色、b*色、褐变指数和白度指数差异极显著(P0.05)。物理质量数据的溶解度为11.2 ~ 24.5%,总可溶性27.6 ~ 60.6%,溶胀3.49 ~ 7.75%,含水量11.5 ~ 12.15%,厚度0.09 ~ 0.14 mm, L*色91.3 ~ 92.5,a*色0.78 ~ 1,b*色1.52 ~ 2.81,褐变指数2.23 ~ 3.7,白度指数94.51 ~ 99.34。综上所述,使用浓度为0.5%的葡甘露聚糖和明胶配制的食用膜,其物理质量最好,所制得的食用膜溶解度高,易于密封。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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