PHYSICAL AND CHEMICAL CONTENTS ANALYSIS OF PHYLLANTHUS URINARIA POWDER AS HERBAL BEVERAGES

Ika Atsari Dewi
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Abstract

The development of Indonesian heritage herbal beverages from traditional forms to powder herbal beverages which are processed into powder or beverage form is expected to be able to improve the quality of these herbal beverages. This herbal drink has several health benefits such as the presence of antioxidant compounds that can scavenge free radicals to maintain immunity. The powdered herbal drink is made to make it easier to consume, efficiently, and maintain health. This study aims to produce herbal beverages from herbal medicine from commodities of meniran, ginger, java ginger, lemongrass, and palm sugar to determine the physical, chemical, and antioxidant activity of powder herbal beverages. The research method used foam mat drying with herbal formulas in the form of meniran, ginger, java cucumber, lemongrass, and palm sugar. This study was observed with several parameters, namely physical analysis with pH measurement, chemical analysis of moisture content and ash content, and analysis of DPPH antioxidant activity. The form of the product is a powdered powder herbal drink based on SNI standards the quality of traditional powdered beverages. The results obtained in comparing four samples of herbal drink powder from the parameters of the optimum moisture content, ash content, pH and antioxidant activity were, respectively, 2.72%; 3,63%; 6.31; 5.33 μg/ml.
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余叶草粉作为草药饮料的理化成分分析
印尼传统草药饮料从传统形式发展为粉末草药饮料,加工成粉末或饮料形式,有望提高这些草药饮料的质量。这种草药饮料对健康有很多好处,比如它含有抗氧化化合物,可以清除自由基,保持免疫力。粉末草药饮料是为了使其更容易食用,有效和保持健康。本研究以meniran、生姜、爪哇姜、柠檬草、棕榈糖等药材为原料生产草药饮料,测定粉末草药饮料的物理、化学和抗氧化活性。本研究采用泡沫垫干燥的方法,以香草、姜、爪哇黄瓜、柠檬草和棕榈糖为原料。本研究通过物理分析(pH测定)、化学分析(水分和灰分)、DPPH抗氧化活性分析等参数进行了观察。该产品的形式是一种粉末状草本饮料,是基于SNI标准的传统粉末状饮料的质量。对4种草药饮料粉进行比较,得到最佳水分含量、灰分含量、pH值和抗氧化活性参数分别为2.72%;3, 63%;6.31;5.33μg / ml。
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EXPLORING THE CONCEPTUAL MODEL OF PUBLIC PRIVATE PARTNERSHIP FOR LOCAL TOURISM DEVELOPMENT PERCENTAGE DEPTH DOSE RECONSTRUCTION OF 60Co TELETHERAPHY UNIT WITH SSD VARIATION USING MAYNEORD FACTORS AND TAR METHODS BY MONTE CARLO EGSNRC SIMULATION PHYSICAL AND CHEMICAL CONTENTS ANALYSIS OF PHYLLANTHUS URINARIA POWDER AS HERBAL BEVERAGES “SADIQ FILTER” FOR DETECTING TRUE DAWN TO DETERMINE THE BEGINNING OF FAJR PRAYER WIND-WAVE INTERACTION MODELING AND HYDRAULIC PHENOMENON USING FLUME MODEL
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