Kadar Sianida Singkong Rebus dan Singkong Goreng

Yeni Purwati, Anny Thuraidah, Dinna Rakhmina
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引用次数: 1

Abstract

Cassava is the third staple food often used by people to make a variety of products. Carbohydrates from cassava also contains toxic compound such as cyanide which can inhibit the action of respiratory enzymes. Cyanide in cassava can be removed by boiling or frying process. The aim of research was to find out the cyanide level differences between boiled cassava and fried cassava. This type of research was experiment, with design of comparative studies approach. Cyanide levels were examined in 10 samples with 2 treatments using Argentometry Volhard titration method. The result showed the average of cyanide levels in boiled cassava was 0.772 ppm and in fried cassava was 1.069 ppm. The percentage of cyanide levels reduction in boiled cassava was 28,78%, while for the fried cassava was 0%. The statistical test obtained the value of p <0.05, that showed there was significant difference of cyanide level between boiled cassava and fried cassava. Based on these results, it is advisable to choose the boiling process for cassava consumption. Next research can be conducted on comparative levels of cyanide in the cassava root and cassava leaves.
氰化物比率Rebus Singkong和Goreng Singkong
木薯是第三种主食,经常被人们用来制作各种各样的产品。来自木薯的碳水化合物也含有有毒化合物,如氰化物,可以抑制呼吸酶的作用。木薯中的氰化物可以通过煮沸或油炸的方法去除。研究的目的是找出煮木薯和炸木薯的氰化物含量差异。这种类型的研究是实验,设计比较研究的方法。采用Argentometry Volhard滴定法测定了2种处理下10份样品的氰化物水平。结果显示,煮木薯的氰化物平均含量为0.772 ppm,油炸木薯的氰化物平均含量为1.069 ppm。煮熟木薯的氰化物含量降低了28.78%,而油炸木薯的氰化物含量降低了0%。经统计学检验,得到p <0.05的值,说明煮熟木薯与炒熟木薯的氰化物含量有显著差异。在此基础上,建议选择煮煮工艺食用木薯。下一步的研究可以对木薯根和木薯叶中的氰化物含量进行比较。
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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