Anja Bathke, Sina Hoelterhoff, Jan Wendler, Inn H Yuk, Christian H Bell
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引用次数: 0
摘要
聚山梨醇酯是用于稳定蛋白质配方的主要表面活性剂。遗憾的是,聚山梨醇酯会发生水解降解,释放出的脂肪酸会累积形成可见颗粒。这些脂肪酸降解产物的检测和定量对于评估聚山梨醇酯的降解程度和颗粒形成的相关风险至关重要。我们之前开发了一种名为 "脂肪酸质谱法(FAMS)"的用户友好型质谱法,用于定量检测游离脂肪酸。FAMS 方法根据 ICH Q2 (R1) 指南进行了验证,适用于多种产品、缓冲液和蛋白质浓度。从样品制备到数据分析,端到端的工作流程均可实现自动化。为了拓宽方法的使用范围,用于脂肪酸测量的 QDa 检测器不需要特定的质谱经验。我们在此提供了用于高通量分析的手动和自动样品制备的详细步骤。此外,我们还在本方案中强调了关键的操作细节、程序注意事项和故障排除技巧,以支持在其他实验室中成功执行该方法。
FAMS-A Targeted Fatty Acid Mass Spectrometry Method for Monitoring Free Fatty Acids from Polysorbate Hydrolysis.
Polysorbates are the predominant surfactants used to stabilize protein formulations. Unfortunately, polysorbates can undergo hydrolytic degradation, which releases fatty acids that can accumulate to form visible particles. The detection and quantitation of these fatty acid degradation products are critical for assessing the extent of polysorbate degradation and the associated risks of particle formation. We previously developed a user-friendly mass spectrometric method called Fatty Acids by Mass Spectrometry (FAMS) to quantify the free fatty acids. The FAMS method was validated according to ICH Q2 (R1) guidelines and is suitable for a wide range of products, buffers and protein concentrations. The end-to-end workflow can be automated from sample preparation to data analysis. To broaden method accessibility, the QDa detector selected for fatty acid measurement does not require specific mass spectrometry experience. We provide here a detailed procedure for both manual and automated sample preparation for high-throughput analysis. In addition, we highlight in this protocol the critical operational details, procedural watchouts and troubleshooting tips to support the successful execution of this method in another laboratory.