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The lecture series is focused on advanced aspects of mass spectrometry with an orientation towards its use in basic and applied research. In particular, it concerns areas extending beyond standard analytical use in GCMS and LCMS configurations. Greater emphasis is placed on instrumentation and on working with ions with an even number of electrons. Furthermore, the course describes special applications of mass spectrometry, especially in mass spectrometric imaging of surfaces, in industrial detectors and in mass spectrometry under extreme conditions. Elements of mass spectrometry used in ion mobility spectrometry and in the deposition of molecular ions on surfaces are also described.
Last update: Volný Michael (29.08.2025)
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Last update: Volný Michael (29.08.2025)
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Doporučená:
Last update: Volný Michael (29.08.2025)
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Lecture once a week in the form of explanation and discussion. Independent work at home. Last update: Volný Michael (29.08.2025)
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1/ Mass spectrometry in the context of modern analytical chemistry 2/ Fundamental aspects of instrumentation 3/ Ionization as a physicochemical phenomenon distinguishing MS from other spectrometries 4/ Fragmentation of ions with an even number of electrons in tandem mass spectrometry; differences from fragmentation of ion radicals in classical mass spectrometry 5/ Efficiency of ion sources, ion current and yield calculations; influence on detection and quantification limits; differential pumping and ion transport through different pressure regimes 6/ Advanced methods of ion activation and fragmentation 7/ Mass spectrometry in extreme conditions, portable mass spectrometers and industrial mass analyzers 8/ Mass spectrometric imaging of surfaces 9/ Ion mobility spectrometry 10/ Deposition of ions on surfaces, preparative mass spectrometry 11/ Commercial mass spectrometers, their concepts, evolution, patent disputes in mass spectrometry, strategies for acquiring your own spectrometer 12/ OMICS and mass spectrometry 13/ Future concepts and applications Last update: Volný Michael (29.08.2025)
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The course is intended for doctoral students. It is assumed that the student has completed a master's degree in natural sciences, engineering or pharmacy with a previous basic lecture on mass spectrometry in the relevant program. Last update: Volný Michael (29.08.2025)
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