叶子素C的作用与Jelantah油的过氧化氢数

Nastiti Kartikorini
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The sample in this study was 5 samples from 6 fried traders, and repeated 5 times so that the total sample was 25 samples. Peroxide levels could be decreased due to the antioxidant content found in Moringa leaves. Antioxidants found in Moringa leaves are phenolic components. Phenolic components can inhibit free radicals and inhibit peroxide value to decrease. Moringa was suitable for areas where strong and long winds, drought occur simultaneously, and cause serious soil erosion. Nutrient content in deciduous leaves could fertilize and improve marginal soil quality (Dudi, 2015). Therefore, Moringa leaves not only have high antioxidants but also could be found easily in Surabaya. \nFrom the results of peroxide levels test, it was known that the average peroxide value in used cooking oil without Moringa leaves was equal to 23,9957 mEq and with Moringa leaves by different time variation i.e. 1 day (14,3182 mEq), 2 days (10,7987 mEq), 3 days (6,1593 mEq), 4 days (3,0397 mEq). 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引用次数: 0

摘要

用过的食用油是一种用过几次的食用油。用过的食用油经过氧化反应产生高过氧化化合物。酚类化合物是辣木叶中所含的主要抗氧化剂,可以减缓用过的食用油的氧化,使其可以储存更长时间。本研究的问题是是否有辣木叶粉对废食用油中过氧化值的抑制试验。研究辣木叶粉对废食用油过氧化值的抑制作用。这类研究是一种实验性研究,即确定辣木叶粉是否对废食用油中的过氧化值有抑制作用。本研究选取6个油炸商的5个样本,重复5次,共25个样本。由于辣木叶中含有抗氧化剂,因此可以降低过氧化物水平。辣木叶中的抗氧化剂是酚类成分。酚类成分能抑制自由基,抑制过氧化值降低。辣木适宜生长在强风和长风、干旱同时发生、水土流失严重的地区。落叶叶片中的养分含量可以施肥和改善边缘土壤质量(Dudi, 2015)。因此,辣木叶不仅抗氧化剂含量高,而且在泗水地区很容易找到。从过氧化氢水平测试结果可知,不含辣木叶的废油和含辣木叶的废油的过氧化氢平均值分别为239957 mEq、1天(14,3182 mEq)、2天(10,7987 mEq)、3天(6,1593 mEq)、4天(3,0397 mEq),不同时间变化的平均值分别为239957 mEq和239957 mEq。方差分析表明,辣木叶粉对废油过氧化值的抑制作用p (sig) = 0000,小于0.05。根据Tukey HSD试验结果,将5克辣木叶粉与100毫升用过的食用油浸泡4天最有效的方法是降低用过的食用油中的过氧化物水平。关键词:过氧化值,辣木叶,废油
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Efektivitas Vitamin C Pada Daun Kelor Terhadap Bilangan Peroksida Dari Minyak Jelantah
Used cooking oil is a cooking oil that has been used several times. Used cooking oil undergoes an oxidation reaction to produce high peroxide compounds. Phenolic compounds are primary antioxidants contained in Moringa leaves which slow the oxidation down in used cooking oil so that it can be stored longer. Formulation of the problem in this study was whether there was an inhibitory test on Moringa oleifera Leaves powder on the peroxide value in used cooking oil. The purpose of this study was to determine the inhibition of Moringa leaves powder to peroxide value on used cooking oil. This type of research was an experimental i.e. to determine whether there was the inhibition of Moringa leaves powder to the peroxide value in used cooking oil. The sample in this study was 5 samples from 6 fried traders, and repeated 5 times so that the total sample was 25 samples. Peroxide levels could be decreased due to the antioxidant content found in Moringa leaves. Antioxidants found in Moringa leaves are phenolic components. Phenolic components can inhibit free radicals and inhibit peroxide value to decrease. Moringa was suitable for areas where strong and long winds, drought occur simultaneously, and cause serious soil erosion. Nutrient content in deciduous leaves could fertilize and improve marginal soil quality (Dudi, 2015). Therefore, Moringa leaves not only have high antioxidants but also could be found easily in Surabaya. From the results of peroxide levels test, it was known that the average peroxide value in used cooking oil without Moringa leaves was equal to 23,9957 mEq and with Moringa leaves by different time variation i.e. 1 day (14,3182 mEq), 2 days (10,7987 mEq), 3 days (6,1593 mEq), 4 days (3,0397 mEq). Statistical analysis with Anova test showed the inhibition of Moringa leaves powder to decrease in peroxide value on used cooking oil with a value of p (sig) = 0,000 which was less than 0.05. Based on the results of the Tukey HSD test, the most effective soaking of Moringa leaves powder for 4 days was to reduce peroxide levels in used cooking oil by giving 5gr Moringa leaf powder with 100ml used cooking oil. Keywords : Levels of Peroxide Value, Moringa Leaves, Used Cooking Oil
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