Production Banana Glucose Syrup with the α-Amylase Supplementation

Ashifa Trisnaputri
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引用次数: 1

Abstract

Indonesia is one of the largest producing country of banana in the world, but approximately only 1,5 million tons were consumed. As one of the fruit which contains the highest carbohydrate, the overripe banana with the high contains of sugar has a potential to be developed as the raw material of glucose syrup. According to the research, the banana with a lot of bruise or black mark on the skin has 2,6% strach, 33,6% reduction sugar, and 53,2% sucrose. In the making of banana glucose syrup, it will use α-amylase to hydrolize the strach. Based on the reduction sugar analysis there are nosignificantly different between the addition of 0,25 ml and 0,5 ml α-amylase. The results has qualified the minimum standard of glucose percentage (min. 30%) based on the reference SNI 01-2985-1992. The utilization of overripe bananas will greatly improve our glucose syrup production and ensure more of the banana waste can be saved in the future.
添加α-淀粉酶生产香蕉葡萄糖糖浆
印度尼西亚是世界上最大的香蕉生产国之一,但消费量约为150万吨。作为碳水化合物含量最高的水果之一,含糖量高的过熟香蕉有发展成为糖浆原料的潜力。根据研究,皮肤上有很多淤青或黑痕的香蕉含有2.6%的淀粉、33.6%的还原糖和53.2%的蔗糖。在香蕉糖浆的制作过程中,它会使用α-淀粉酶对淀粉进行水解。根据还原糖分析,添加0.25 ml和0.5 mlα-淀粉酶之间没有显著差异。结果符合SNI 01-1985-1992中葡萄糖百分比的最低标准(最低30%)。过熟香蕉的利用将大大提高我们的糖浆产量,并确保未来可以节省更多的香蕉废料。
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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