DISCOLORATION IN RAW AND PROCESSED POTATO (Solanum Tuberosum) THROUGH SLOW HEATING PROCESS

Rizal Andi Syabana, Dody Tri Kurniawan, I. Isdiantoni, Al Islamy
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引用次数: 1

Abstract

In today’s world, it is known that potato become important commodity as it well spread around the continents. Because of not only nutrition content but also potato vastly consumed because of its highly yield per acre. However, there are some factors that contribute to the quality loss of potato itself, one of them is discoloration in raw potato. This experiment aimed to determine discoloration on some sort of potatoes due to cooking process. The experiment was conducted in the laboratory for sensory and consumer study, University of Goettingen from 04th to 08th of March 2019. There were three varieties of potato used in this experiment, namely Amanda (mealy potato), Queen Anne (mainly waxy potato), and Belana (waxy potato). The result was all samples experienced color changing as the number on each index are changing. Belana variety showed the lowest value of L and experienced the highest gap on before-after L value, which means this variety was the darkest among the other samples. The gap also high as before treatment value was 76,03 and become darker after treatment (63,53). On the contrary, Amanda variety experienced a slight darkening since the gap between before and after treatment was only 2.97 (from 74,34 to 71,37)
生马铃薯和加工马铃薯在缓慢加热过程中变色
在当今世界,众所周知,马铃薯成为重要的商品,因为它很好地传播到各大洲。因为土豆不仅营养丰富,而且因其亩产高而被大量消费。然而,有一些因素会导致马铃薯本身的质量下降,其中之一是生马铃薯的变色。这个实验的目的是确定某种土豆在烹饪过程中的变色程度。实验于2019年3月04日至08日在哥廷根大学感官与消费者研究实验室进行。本实验使用了三个马铃薯品种,分别是Amanda(粉状马铃薯)、Queen Anne(主要是蜡质马铃薯)和Belana(蜡质马铃薯)。结果表明,随着各指数上的数字的变化,所有样品的颜色都发生了变化。Belana品种的L值最低,前后L值差距最大,是其他样品中颜色最深的品种。与治疗前的差值同样高,为76,03,治疗后变暗(63,53)。相反,Amanda品种在处理前和处理后的差值仅为2.97(从74,34到71,37),稍微变暗。
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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