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Formulation and Evaluation of Tinidazole Syrup Made by MixedSolvency Concept Technique

机译:混合溶剂概念技术制备的替硝唑糖浆的配制与评价

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Based on the large number experiments on solubilization of poorly water- soluble drugs, the author is of the opinion that hydrotropy is another type of cosolvency and all water soluble substances whether solids, liquids or gases have solubilizing properties. Therefore, aqueous solutions containing small quantities of several water-soluble excipients giving a concentrated solution, may act as a solvent system for some poorly water-soluble drugs. This is one of the concepts of mixed-solvency. This same concept has been explored to formulate the syrups (solutions) of poorly water-soluble drug tinidazole (as a model drug). For this, the blends containing solubilizers from the category of hydrotropes, co solvents and water soluble solids were employed. The blends of randomly selected solubilizers were used for solubility studies. Based on the solubility studies, few blends showing largest solubilities were employed to make the syrup. This may reduce the individual concentration of solubilizers and so reduce their potential of toxicities. The formulated syrups were subjected to accelerated stability studies and they were found quite stable.
机译:基于对水溶性差的药物的增溶的大量实验,作者认为亲水性是另一种类型的溶解性,所有水溶性物质,无论是固体,液体还是气体均具有增溶性能。因此,含有少量几种会产生浓溶液的水溶性赋形剂的水溶液可能会充当某些水溶性较差的药物的溶剂系统。这是混合偿债的概念之一。已经探索了相同的概念来配制水溶性差的药物替硝唑(作为模型药物)的糖浆(溶液)。为此,使用包含增溶剂,助溶剂和水溶性固体类别的增溶剂的共混物。随机选择的增溶剂的混合物用于溶解度研究。基于溶解度研究,几乎没有显示出最大溶解度的混合物被用来制备糖浆。这可能会降低增溶剂的单独浓度,从而降低其潜在的毒性。对配制的糖浆进行了加速稳定性研究,发现它们相当稳定。

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