分光光度法和薄层色谱法测定复方片剂中盐酸非索非那定和盐酸伪麻黄碱的含量

S. Mahmood, Zaheer Ahmad, M. Arshad
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引用次数: 2

摘要

本研究的目的是建立并验证一种测定Fexo含量的分析方法。HCL和Pseudo。用紫外-紫外分光光度法和薄层色谱法测定盐酸复方片剂剂型。主要的问题是将两种活性成分从单一的双层片剂中分离出来,因为两种原料药都可溶于相同的溶剂。选用蒸馏水和乙醇(1:1)作为培养基。Fexo的HCl和甲醇。盐酸,其中两种药物都是可溶的,并在足够的时间内稳定。两种药物均在220nm和247nm处测得最大吸光度。Fexo的浓度范围为4 ~ 14ppm和5 ~ 30ppm,符合Beer Lambert定律。分别为盐酸和伪盐酸。Fexo。测定HCl (Y = 0.0643x + 0.9370),相关系数r = 0.9574和伪。HCl (Y = 0.0843x+0.0219),相关系数r = 0.9992。分析结果经统计学验证,回收率分别为99.29%±0.943和99.29%±0.941,与测定值100.1%和100.6%接近。测定了方法的精密度,SD分别为99.57%和99。51%)和% RSD(99.53% & 99.54)。该方法可适用于Fexo的分析。HCl和Pseudo。片剂制剂中盐酸的常规分析。
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Estimation of Fexofenadine HCl and Pseudoephedrine HCl by Spectrophotometer and TLC in Combined Tablet Dosage Form
The objective of the present work was to develop and validate of an analytical method for the quantitative determination of Fexo. HCL and Pseudo. HCl in a combined tablet dosage form by UV − V is spectrophotometry and TLC. The main problem was to separate the two active ingredient from a single bilayered tablet because both the A.P.I’s were soluble in the same solvents. As media selection, distilled water and ethanol (1 : 1) were used for Pseudo. HCl and methanol for Fexo. HCl, in which both the drugs were soluble and stable for a sufficient time. Both drugs were measured at 220nm and 247nm, where they showed maximum absorbance. Beer Lambert’s law was obeyed at concentration range 4− 14 ppm and 5 − 30 ppm for Fexo. HCl and Pseudo HCl respectively. Fexo. HCl (Y = 0.0643x + 0.9370) was measured with correlation coefficient r = 0.9574 and Pseudo. HCl (Y = 0.0843x+0.0219) with correlation coefficient r = 0.9992. The results of analysis have been validated statistically and recovery studies were carried out as 99.29%±0.943 and 99.29%±0.941 which were close to the assay value 100.1% & 100.6 %. Precision of the method was measured which showed results for SD (99.57 % & 99. 51% ) and % RSD (99.53 % & 99.54). The proposed method may be suitably applied for the analysis of Fexo. HCl and Pseudo.HCl in tablet pharmaceutical formulation for routine analysis.
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