Pantůcková Pavla, Gebauer Petr, Bocek Petr, Krivánková Ludmila
Institute of Analytical Chemistry, ASCR, Brno, Czech Republic.
Electrophoresis. 2009 Jan;30(1):203-14. doi: 10.1002/elps.200800262.
In contemporary analytical practice, the on-line CE-MS technique has established as a powerful separation and identification analytical tool. Its major instrumental aspects can be considered as solved and its routine use with specific applications to be implemented is the typical task at present. In that context, the chemical (wet, electrophoretic) part of the technique becomes very important as here the separation battle of the overall success of the developed method is fought. The review brings an overview of the electrolyte systems used in the CE part of the CE-MS technique together with a detailed insight into their pros and cons from the electrophoretist's viewpoint. Advanced electrophoretic approaches including sample stacking, ITP and use of non-aqueous solvents are also discussed. An overview of the electrolyte systems used in over 200 selected applications is given, sorted according to the analytes of interest.
在当代分析实践中,在线毛细管电泳-质谱联用(CE-MS)技术已成为一种强大的分离和鉴定分析工具。其主要仪器方面的问题可认为已得到解决,目前的典型任务是将其常规应用于特定的实际操作中。在这种情况下,该技术的化学(湿法、电泳)部分变得非常重要,因为在此处展开了决定所开发方法整体成功与否的分离较量。本文综述了CE-MS技术中CE部分所使用的电解质体系,并从电泳学家的角度详细深入地探讨了它们的优缺点。还讨论了包括样品堆积、等速电泳(ITP)和使用非水溶剂在内的先进电泳方法。给出了200多个选定应用中所使用的电解质体系的概述,并根据感兴趣的分析物进行了分类。