FORMULASI SIRUP EKSTRAK ETANOL DAUN PARE (Momordica charantia L.) DENGAN GELATIN SEBAGAI PENGENTAL DAN AKTIVITAS MUKOLITIKNYA

R. Wulandari, Eli Mahmud, Mufrod Mufrod
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Abstract

ABSTRACTEthanol extract of bitter melon leaves at a concentration of 5% has been shown to have mucolytic activity. For ease of use that is made of dosage forms syrup. Thickening agent serves to increase the viscosity and resist settling process resulting in a stable syrup. Gelatin has the ability to improve settling extract better than other thickening. This study aims to determine the effect of variations in the concentration of gelatin to the physical-chemical properties and activity of ethanol extract syrup mukolitik pare leaves the cow intestine mucus in vitro. Extraction of leaf bitter melon is done by percolation. EEDP was made into three syrup formulas using 1% (FII), 2% (FIII), 3% (FIV) gelatin thickener. There is also syrup without extract and gelatin (FI) as a control. The four syrup formulas were examined for physical chemical properties (organoleptic, homogeneity, pH, viscosity), and tested their mucolytic activity. Data on the results of activity tests in the form of viscosity were analyzed by Kruskal-Wallis followed by Mann-Whitney. Data from organoleptic examination, homogeneity, Ph were analyzed descriptively, while viscosity with Linear Regression. The results showed that EEDP syrup with a gelatin concentration of 1%; 2%; 3% have mucolytic activity. The results of examination of the physico-chemical properties of FII, III, and IV syrups have the same taste and color, sweet and bitter, and are greenish black in color, while FI syrup is sweet and yellowish in color. Homogeneous FI syrup, FIII and FIV syrup are evenly distributed, while FII syrup has coarse particles. Fourth pH normal syrup formula. Increased concentration of gelatin (1%; 2%; 3%) can increase the viscosity of syrupKeywords: ethanol extract of bitter melon leaves, syrup, gelatin
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草本植物的乙醇提取物配方(Momordica charantia L)。凝胶使其粘附和粘性活动
苦瓜叶乙醇提取物浓度为5%时具有解粘活性。为了方便使用,它是由糖浆剂型制成的。增稠剂的作用是增加粘度和抵抗沉淀过程,从而得到稳定的糖浆。明胶具有比其他增稠剂更好的改善沉淀萃取物的能力。本研究旨在确定明胶浓度的变化对牛粪叶乙醇提取物的理化性质和活性的影响。采用渗滤法提取叶片苦瓜。采用1% (FII)、2% (FIII)、3% (FIV)的明胶增稠剂将EEDP制成三种糖浆配方。还有不含提取物的糖浆和明胶(FI)作为对照。考察了四种糖浆配方的物理化学性质(感官、均匀性、pH值、粘度),并测试了它们的解粘活性。粘度形式的活性测试结果的数据由Kruskal-Wallis和Mann-Whitney进行分析。感官检查、均匀性、Ph值数据进行描述性分析,粘度数据进行线性回归分析。结果表明,明胶浓度为1%的EEDP糖浆;2%;3%有溶黏液活性。FII、III、IV糖浆的理化性质检测结果,其味道和颜色相同,甜中带苦,颜色为青黑色,而FI糖浆为甜中带黄。均匀的FI糖浆,FIII和FIV糖浆分布均匀,而FII糖浆颗粒粗。第四种pH值正常糖浆配方。明胶浓度增加(1%;2%;关键词:苦瓜叶乙醇提取物,糖浆,明胶
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