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Permeability of Piroxicam with Sodium Lauryl Sulfate as Surfactant

机译:吡脲与月桂基硫酸钠作为表面活性剂的渗透性

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Piroxicam is a nonsteroidal anti-inflammatory drug(NSAID)which have characteristic insoluble in water and poorly fluidity.The profile absorption from piroxicam was depend on its dissolution rate in the gastrointestinal tract(GI).To improve the solubility in the water,it can used Sodium Lauryl Sulfate(SLS)as a surfactant which have mechanism by forming a micelle.The aim of this study was to measure the influence gradiet concentration of SLS with Piroxicam absorption that can observe by inverted intestinal sac method.The concentration of piroxicam solution that added by SLS are 1,2,and 3% respectively.The preparation method using Crane and Wilson tube containing mucosal fluid.After preparation,it was taken at 37°C in waterbath and added with serosal solution to intestinal sac by turned upside down and tied to a cannula.The sample was placed in the tube containing mucosal fluid and constantly flowing by oxygen gas.To measure the absorsion of piroxicam that used serosal solution which every 15 minutes was taken on tube.After this,it was diluted using Ba(OH)2 and ZnSO4 then continuous with separating process.The absorbant of supernatant was measured using Spectrophotometer UV-Vis.Data analyse was calculated by one-way ANOVA.According to Pm,the values 0.25×10~(-3)cm/minute(0% SLS),0.39×10~(-3)cm/minute(1% SLS),1.45×10~(-3)cm/minute(2% SLS)and 1.26×10~(-3)cm/minute(3% SLS)respectively.In conclusion,2 % SLS significantly give the highest absorption of piroxicam by altering the membrane permeability.
机译:吡洛昔康是一种非甾体抗炎药(NSAID),其具有不溶于水的特征,流动性差。吡罗昔康的型材吸收取决于胃肠道(GI)中的溶解速率。改善水中的溶解度,可以使用硫酸钠(SLS)作为通过形成胶束的机理的表面活性剂。本研究的目的是测量通过倒入肠囊方法观察到吡罗昔康吸收的SLS的影响曲折浓度。吡罗昔康溶液的浓度由SLS添加为1,2和3%。使用粘液流体的起重机和威尔逊管的制备方法。制备后,在37℃下在水盆中拍摄,并通过颠倒颠倒,用浆液溶液加入肠囊中。与套管绑在套管上。将样品置于含有粘膜流体的管中,并持续流动氧气。测量使用浆膜溶液的吡罗昔康的吸收Y 15分钟拍摄。在该管中,将其使用Ba(OH)2和ZnSO 4稀释,然后用分离过程连续。使用分光光度计UV-VIS.data分析测量上清液的吸收剂。通过单向ANOVA计算。根据PM,值0.25×10〜(-3)厘米/分钟(0%SLS),0.39×10〜(-3)厘米/分钟(1%SLS),1.45×10〜(-3)厘米/分钟(2%SLS)和1.26×10〜(3)厘米/分钟(3%SLS)。在结论中,通过改变膜渗透性,2%SLS显着吸收了吡脲的吸收。

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