辣木叶提取物的配方及评价三乙醇胺浓度变化的洗剂

Marlina Indriastuti, P. Wahlanto, Ditha Septya Utami
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引用次数: 0

摘要

印度尼西亚人知道辣木是一种可以作为蔬菜食用的植物,也是一种恶臭的汤剂和动物饲料。然而,辣木植物,尤其是叶子,还有另一个好处,那就是抗氧化剂。辣木叶中的抗氧化剂含有单宁、类黄酮、皂苷、生物碱、类固醇和萜类。本研究的目的是在三乙醇胺浓度变化的条件下,确定辣木叶提取物洗剂的最佳配方。研究方法采用实验方法。数据分析采用单向方差分析和Kruskal Wallis检验统计方法。结果表明:感观试验中质地稍厚的制剂为配方I、质地较厚的制剂为配方II和配方III;辣木叶提取物的典型制剂气味;这种制剂的颜色是黄色的。公式I的同质性检验不均匀,公式II在第三次重复中不均匀,公式III是均匀的。公式1的平均粘度测试值为1800 c.Ps,公式2的平均粘度测试值为8300 c.Ps,公式3的平均粘度测试值为1666 c.Ps。公式I的平均pH值为6,公式II为7,公式III为8。公式I的平均粘附试验时间为02.76秒,公式II的平均粘附试验时间为02.02秒,公式III的平均粘附试验时间为01.37秒。公式1的平均展布性为3.9 cm,公式2的平均展布性为6.6 cm,公式3的平均展布性为6.9 cm。根据所获得的评价结果,得出三乙醇胺浓度为2.5%为洗剂制剂的良好配方。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Formulation and Evaluation of Moringa Leaves Extract (Moringa oleifera L. ) Lotion with Variation Concentration of Triethanolamin
The Indonesian people know the moringa plant as a plant for consumption as a vegetable, a fetid decoction as well as animal feed. However, the Moringa plant, especially in the leaves, has another benefit , namely as an antioxidant. Antioxidants in Moringa leaves contain tannins, flavonoids, saponins, alkaloids, steroids and terpenoids. The purpose of this study was to determine a good formulation for the preparation of moringa leaf extract lotion with variations in the concentration of triethanolamine. The research method used is the experimental method. Data analysis was performed using the One Way Anova and Kruskal Wallis Test statistical methods . The results showed that the organoleptic test of slightly thick texture preparations for formula I, thick texture for formulas II and III; typical preparation odor of Moringa leaf extract; the color of the preparation is yellow. Homogeneity test of formula I was not homogeneous, formula II was not homogeneous in the third replication, formula III was homogeneous. The average viscosity test for formula I was 1,800 c.Ps, formula II was 8,300 c.Ps, formula III was 1,666 c.Ps. The average pH test for formula I was 6, formula II was 7, formula III was 8. The average adhesion test for formula I was 02.76 seconds, formula II was 02.02 seconds, formula III was 01.37 seconds. The average spreadability test for formula I was 3.9 cm, formula II was 6.6 cm, formula III was 6.9 cm. Based on the evaluation results obtained, it can be concluded that the triethanolamine concentration of 2.5% produces a good formulation for lotion preparations.
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