首页> 外文期刊>Oriental Journal of Chemistry: An International Research Journal of Pure & Applied Chemistry >Production and Characterization of Edible Film from Catfish (Clarias gariepinus) Bone Gelatin Incorporated with Red Dragon fruit (Hylocereus Polyrhizus Britton and Rose) Peel Extract
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Production and Characterization of Edible Film from Catfish (Clarias gariepinus) Bone Gelatin Incorporated with Red Dragon fruit (Hylocereus Polyrhizus Britton and Rose) Peel Extract

机译:鲶鱼(Clarias Gariepinus)骨明胶的生产和表征加入红龙果(Hylocereus Polylhizus Britton和Rose)Peel提取物

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摘要

Edible films are usually used to coat food products, so it can maintain the food quality. Gelatin is one of hydrocolloids that is used for edible film production. There are many sources of gelatin, one of them is catfish bone gelatin. In this research, catfish bones were extracted by several methods and then incorporated with red dragon fruit peel extract for edible film production. Red dragon fruit peels were extracted by maceration using distillate water. The red dragon peel extract was divided into two, one of them directly used for edible film production. The other one was evaporated until it became paste before used for edible film production. The catfish bone gelatin, red dragon fruit peel extract and edible film were analyzed for characterization. The result showed that simultaneous maceration with NaOH 0.1 N for 4 h and 4% citric acid for 48 h was the best method for gelatin extraction from catfish bone. Red dragon peel extract in liquid form was better than paste form when is used to modify edible film from catfish bone gelatin. The physical characteristic of edible film showed that the thickness was at 1.8 - 2.8 x 10~(-2) mm, the water vapor transmission rate was at 14.34-10.68 g.m~(-2). day~(-1), the solubility was at 68.7-79.8%, the elongation at break was around 8.46-12.54% and the tensile strength was at 0.1-0.58 Nm2.
机译:可食用的薄膜通常用于涂上食品,因此可以保持食物质量。明胶是用于可食用薄膜生产的水胶体之一。有许多明胶来源,其中一个是鲶鱼骨明胶。在该研究中,通过几种方法提取鲶鱼骨,然后用红龙果皮提取物加入可食用薄膜的生产。用馏分水通过浸渍萃取红龙果皮。将红龙剥离提取物分为两种,其中一个直接用于食用薄膜生产。蒸发另一个蒸发,直至其在用于可食用薄膜生产之前成为糊状物。分析鲶鱼骨明胶,红龙果皮提取物和可食用薄膜进行表征。结果表明,48小时与4小时的NaOH 0.1n和4%柠檬酸同时浸渍是从鲶鱼骨提取的最佳方法。当用于从鲶鱼骨明胶的可食用薄膜时,液体形式的红龙剥皮提取物优于糊状形式。食用膜的物理特征表明,厚度为1.8-2.8×10〜(-2)mm,水蒸气透射率为14.34-10.68μm〜(-2)。日〜(-1),溶解度为68.7-79.8%,断裂的伸长率约为8.46-12.54%,拉伸强度为0.1-0.58nm2。

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