多反射TOF质谱中的多路复用

A. Verenchikov, S. Kirillov, Yury Khasin, Vasily Makarov, M. Yavor, V. Artaev
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引用次数: 8

摘要

本文概述了作者小组在折叠飞行路径多反射飞行时间质谱(FFP ®)(MR-TOFMS)领域的原始发明,发展和实验结果,主要关注用于提高分析吞吐量的多路复用方法,即每时间单位的信息量。MR-TOF提供了全景光谱(TOFMS的优点),同时显著提高了分辨率,从而提供了更多的信息。分辨率R=500,000被证明可以解决等压线,并将质量精度提高到ppm以下的水平。编码频率脉冲(EFP TM)方法提高了灵敏度,扩大了动态范围,并开启了基于离子阱,TOFMS和离子迁移率的快速无损母离子分离的并行和快速串联分析方法的多种形式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multiplexing in Multi-Reflecting TOF MS
The paper presents an overview of original inventions, development and experimental results by the group of authors in the area of multi-reflecting time-of-flight mass spectrometry with Folded Flight Path (FFP ® ) (MR-TOFMS) with main focus on multiplexing methods for improving the analysis throughput, i.e. the amount of information per time unit. MR-TOF provides panoramic spectra (virtue of TOFMS), while significantly enhancing resolving power, thus, providing yet more information. Resolving power R=500,000 is demonstrated to resolve isobars and to improve mass accuracy to sub-ppm level. Encoded Frequent Pulsing (EFP TM ) method improves sensitivity, expands dynamic range and opens multiple incarnations of parallel and fast tandem methods of analysis based on using ion traps, TOFMS and ion mobility for rapid and lossless parent ion separations.
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