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Expanding the Application of the Tablet Processing Workstation to Support the Sample Preparation of Oral Suspensions

机译:扩大平板电脑处理工作站的应用范围,以支持口服混悬液的样品制备

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摘要

Sample preparation is the most time-consuming part of the analytical method for powder for oral suspension (POS) assay, purity, and preservative analysis, as this involves multiple dilution and filtration steps. The Tablet Processing Workstation (TPW) was used to automate the sample preparation of a POS formulation. Although the TPW is typically used to automate the preparation of solid oral dosage forms and powders, it contains all of the necessary components to perform POS sample preparation. The TPW exhibited acceptable repeatability in testing 3 lots using 10 replicate preparations per lot. Acceptable linearity of the drug and preservative in the presence of excipients was demonstrated over the range corresponding to 50 - 150% of intent. Accuracy showed suitable recoveries for all points evaluated. TPW results were shown to correlate to results obtained with the manual method. The TPW method was used to prepare samples in support of manufacturing scale-up efforts. With the efficiencies gained using the TPW, it was possible to analyze a large number of samples generated during process development activities for the POS formulation with minimal human intervention. The extensive data enabled trending of the manufacturing development runs and helped to identify optimization strategies for the process.
机译:样品制备是用于口服混悬液(POS)分析,纯度和防腐剂分析的粉末分析方法中最耗时的部分,因为这涉及多个稀释和过滤步骤。平板电脑处理工作站(TPW)用于自动化POS制剂的样品制备。尽管TPW通常用于自动化固体口服剂型和粉剂的制备,但它包含执行POS样品制备所需的所有必需成分。 TPW在每批次使用10个重复制剂测试3个批次时显示出可接受的重复性。在赋形剂存在下,药物和防腐剂在可接受的50-150%的范围内表现出可接受的线性。准确性表明,所有评估点均具有适当的回收率。 TPW结果显示与手动方法获得的结果相关。 TPW方法用于制备样品,以支持扩大生产规模。利用TPW所获得的效率,有可能以最少的人工干预就POS配方开发过程中分析大量样品。大量数据使制造发展趋势得以趋势化,并有助于确定工艺的优化策略。

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