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Evaluation of OptiFlow?-MS/MS for bioanalysis of pharmaceutical drugs and metabolites

机译:评价OPTIFLOWα-MS / MS用于药物药物和代谢物的生物分析

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Aim: Microflow tandem mass spectrometry-based methods have been proposed as options to improve sensitivity and selectivity while improving sample utility and solvent consumption. Here, we evaluate a newly introduced microflow source, OptiFlow?, for quantitative performance. Results/methodology: We performed a comparison of the OptiFlow and IonDrive? sources, respectively, on the same triple quadrupole mass spectrometer. The comparison used a neat cocktail of commercially available drugs and extracted plasma samples monitoring midazolam and alprazolam metabolites. Microflow produced a 2–4× signal increase for the neat drug cocktail and a 5–10× increase for extracted plasma samples. Conclusion: The OptiFlow method consistently gave increased signal response relative to the IonDrive method and enabled a better lower limit of quantitation for defining phamacokinetics.
机译:目的:已经提出了基于微型串联质谱的方法作为提高敏感性和选择性的选择,同时改善样品用途和溶剂消耗。 在这里,我们评估了一个新引进的微射线源,用于定量性能。 结果/方法:我们表现了光学和离子的比较吗? 分别在相同三重四极杆质谱仪上的来源。 比较使用了商业上可用的药物整洁的鸡尾酒,并提取了血浆样品监测MidazoLam和Alprazolam代谢物。 Microflow产生了2-4×信号增加的纯药桶,提取的等离子体样品的5-10倍增加。 结论:光学方法始终如一地产生了相对于离子方法的增加的信号响应,并使能更好的定量定义了较低的定义限制。

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