Chip‐based electrochromatography coupled to ESI‐MS detection
Claudia Dietze, Claudia Hackl, Renata Gerhardt, Stephan Seim, Detlev Belder
Abstract
Claudia Dietze, Claudia Hackl, Renata Gerhardt, Stephan Seim, Detlev Belder
Abstract
In this study, we present the coupling of chip-based electrochromatography to MS using a glass chip with a monolithically integrated nanoelectrospray emitter. As separation column, an acrylate-based porous polymer monolith is implemented into the glass chip by photopolymerization. For the establishment and development of this method, we used a test mixture detectable with both fluorescence and ESI-MS. After successful evaluation of the approach with the test solutes, it was applied exemplarily for drug analysis such as high-speed separations of benzodiazepines in pharmaceuticals.
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In this study, we present the coupling of chip-based electrochromatography to MS using a glass chip with a monolithically integrated nanoelectrospray emitter. As separation column, an acrylate-based porous polymer monolith is implemented into the glass chip by photopolymerization. For the establishment and development of this method, we used a test mixture detectable with both fluorescence and ESI-MS. After successful evaluation of the approach with the test solutes, it was applied exemplarily for drug analysis such as high-speed separations of benzodiazepines in pharmaceuticals.
Key concepts: Electrochromatography, Monolith, Chip, Photopolymer, Capillary electrochromatography, Chromatography, Common emitter, Monolithic HPLC column