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首页> 外文期刊>Universitas Gadjah Mada >FORMULATION LAZONGE OF GUAVA LEAVES (Psidium guava L.) CONTAINING FLAVONOIDS WITH A COMBINATION OF EXCIPIENTS MANNITOL – SUCROSE
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FORMULATION LAZONGE OF GUAVA LEAVES (Psidium guava L.) CONTAINING FLAVONOIDS WITH A COMBINATION OF EXCIPIENTS MANNITOL – SUCROSE

机译:包含黄酮类成分和甘露醇辅料的蔗糖组成的番石榴叶配方(番石榴叶)

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Flavonoid compounds found on the leaves of the guava are known to have an antibacterial activity. The aim of this study is to formulate an acceptable guava leaf extract preparations. Extract of guava leaves was formulated into several dosages of lozenges in combination with fillers manitol-sucrose. A Simple method of Lattice Design was used to know the influence of the combination physical properties of granule and lozenges and also predicting which formula is optimal. The extract was made by maceration of simplisia using ethanol 70%, thickened and then dried using the tool freeze dryer. The lozenges was created in 5 formula based on a combination of sucrose: manitol, F1 (0%: 100%); F2 (25% 75%); F3 (50%: 50%); F4 (75%: 25%); F5: 25% (75%) using a 5% aqueous gelatin as a binder. The dried granule then mixed with a lubricant and tested for the properties such as free flowing. The resulting lozenges were tested of its uniformity of weight, hardness tested tablets, fragility and responses to the taste. Simple lattice equation design and optimum formula predicted using Design software Expert version 8.0.5.2. Changes in the proportion of sucrose-manitol combinations affect the physical properties of granule and lozenges. Based on an analysis using the Design software Expert version 8.0.5.2, the optimal formula is given by a combination of manitol-sucrose 82,28%: 17.72%.
机译:番石榴叶上发现的类黄酮化合物具有抗菌活性。这项研究的目的是配制一种可接受的番石榴叶提取物制剂。番石榴叶提取物与填充剂甘露醇-蔗糖组合制成若干剂量的锭剂。使用一种简单的格子设计方法来了解颗粒和锭剂的组合物理性质的影响,并预测哪个公式是最佳的。通过使用70%的乙醇进行简化浸渍来制备提取物,将其浓缩,然后使用工具冷冻干燥器进行干燥。以蔗糖:甘露醇,F1(0%:100%), F2(25%75%); F3(50%:50%); F4(75%:25%); F5:25%(75%),使用5%明胶水溶液作为粘合剂。然后将干燥的颗粒与润滑剂混合并测试其性能,例如自由流动。测试所得锭剂的重量均匀性,硬度测试的片剂,易碎性和对味道的响应。使用Design软件Expert版本8.0.5.2。进行简单的晶格方程式设计和预测最佳公式。蔗糖-甘露醇组合比例的变化会影响颗粒和锭剂的物理性质。根据使用Design软件Expert版本8.0.5.2进行的分析,最佳配方由甘露糖醇-蔗糖的82.28%:17.72%组合给出。

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