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CEM 832 - Mass
Spectrometry - Spring 2014 Course Outline |
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Required
Text: J. Throck Watson and O. David Sparkman. “Introduction to Mass Spectrometry: Instrumentation,
Applications, and Strategies for Data Interpretation”, 4th Edition, Wiley, 2007.
Part I - General Principles and Historical
Overview 1. General Principles
2. Historical Overview of Mass Spectrometry 3.
Definition of Mass Spectrometry Terms
Mass-to-charge
ratio (m/z) Resolution Monoisotopic mass versus average mass Mass
accuracy Part II - Mass Spectrometry Instrumentation 1.
Vacuum
Systems: Ion
Free Path Common
Units of Pressure 2.
Sample
Introduction Methods: Direct
Vapor/Batch Inlets Direct
Insertion Probe Gas
Chromatography Direct
Ionization of Thermally Labile Sample 3. Detection
Methods: 4.
Data Acquisition:
5. Ionization
Methods: Electron Ionization (EI)
6. Mass
Analyzers and Fundamentals of Ion Motion: Magnetic and Electric
Sector Time-Of-Flight Quadrupole Quadrupole Ion
Trap Fourier Transform Ion
Cyclotron Resonance Orbitrap 6. Tandem
Mass Spectrometry: Triple Quadrupole Quadrupole Ion Trap Hybrid Quadrupole/Ion Trap (e.g.,
coupled with TOF, FT-ICR, Orbitrap) 7. Emerging
Mass Spectrometry Methods: (as time permits) e.g., Imaging Mass Spectrometry, Ion Mobility Part III - Gas-Phase Fragmentation Reactions Part IV - Practical Structure Elucidation of Biologically Derived
Ions 1.
Peptides
and Proteins 2.
Metabolites
and Lipids
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This page maintained by Gavin
Reid. Last Updated: January 4th, 2010 |