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Fast analysis of pravastatin in production media

机译:在生产培养基中快速分析普伐他汀

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High throughput methods (high performance liquid chromatography and capillary electrophoresis) were developed to determine pravastatin in production media. The analyses were performed on particle column, monolithic column and silica capillary filled with borate buffer pH 9.3 containing 20mM SDS. All three methods successfully separate pravastatin from interfering compounds (matrix, mevastatin and 6-epi pravastatin) and runtimes are shorter than 1 min. Solvent consumptions for methods using small particle column, monolith column and MECK were 132, 5 10 and 1.5 mL h(-1). The most sensitive was the method using particle column (LOD was about 10(-5) mg mL(-1)), followed by the system using monolith column (LOD was 2 x 10(-4) Mg mL(-1)) and the MECK method (LOD was about 0.02 mg mL(-1)). (c) 2005 Elsevier B.V. All rights reserved.
机译:开发了高通量方法(高效液相色谱和毛细管电泳)来测定生产介质中的普伐他汀。在装有20mM SDS的硼酸缓冲液pH 9.3的颗粒色谱柱,整体色谱柱和硅胶毛细管上进行分析。所有这三种方法均成功地将普伐他汀与干扰化合物(基质,美伐他汀和6-epi普伐他汀)分开,且运行时间短于1分钟。使用小颗粒柱,整体柱和MECK的方法的溶剂消耗量为132、5 10和1.5 mL h(-1)。最敏感的方法是使用颗粒色谱柱的方法(LOD为约10(-5)mg mL(-1)),然后是使用整体柱色谱系统的方法(LOD为2 x 10(-4)Mg mL(-1))和MECK方法(LOD约为0.02 mg mL(-1))。 (c)2005 Elsevier B.V.保留所有权利。

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