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Preparation and Characterization of Florfenicol-Polyethyleneglycol 4000 Solid Dispersions with Improved Solubility

机译:具有改善的溶解度的氟苯尼考尔-聚乙二醇4000固体分散体的制备和表征

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摘要

Florfenicol/polyethyleneglycol 4000 solid dispersions (FF/PEG4000 SDs) was prepared by the melting and solvent-melting methods. Infrared spectrum and differential thermal analysis were employed to study the physical and chemical properties. Studies of dissolution rate and solubility of florfenicol from solid dispersions were carried out in comparison with corresponding physical mixtures and drug alone. The UV method was developed for determination the concentrations. It was found that the spectra of IR, DTA of the solid dispersions were remarkably different from the florfenicol and physical mixture. Solubility of florfenicol was enhanced for the formation of solid dispersions. The dissolution rate of solid dispersions prepared by solvent-melting method was higher than that of solid dispersion prepared by melting method. The calibration curve was linear with a correlation coefficient r = 0.9999 in the range of 50.0-350.0 μg/mL. PEG4000 is a potential carrier in enhancing the dissolution rate and solubility of florfenicol.
机译:通过熔融和溶剂熔融方法制备了氟苯尼考/聚乙二醇4000固体分散体(FF / PEG4000 SD)。红外光谱和差热分析被用来研究物理和化学性质。与相应的物理混合物和单独的药物相比,研究了氟苯尼考从固体分散体中的溶解速率和溶解度。开发了用于确定浓度的UV方法。发现该固体分散体的IR,DTA的光谱与氟苯尼考和物理混合物显着不同。氟苯尼考的​​溶解度提高,以形成固体分散体。通过溶剂熔融法制备的固体分散体的溶解速率高于通过熔融法制备的固体分散体的溶解速率。校准曲线是线性的,相关系数r = 0.9999,范围为50.0-350.0μg/ mL。 PEG4000是提高氟苯尼考的​​溶解速度和溶解度的潜在载体。

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