Ion Mobility Mass Spectrometry: New Instrumentation & Enabling Technologies
Matthew F. Bush presiding
Tuesday, June 11th at 5:45 PM | Room 205 AB
The performance of conventional and differential ion mobility mass spectrometers has escalated dramatically in recent years, which can be attributed to improved separations, more efficient ion transfer, and tighter integration of ion mobility devices into hybrid instruments. These improvements enable intricate and sensitive experiments probing mobility selected or separated ions, which has led to the adoption of ion mobility technologies in a wide range of applications, including challenges in gas-phase ion structure determination, native mass spectrometry, proteomics, and systems biology. We will showcase the latest developments in ion mobility mass spectrometry instrumentation and discus remaining challenges.
Prof. Stephen Valentine (West Virginia University)
Miniaturization of Overtone Ion Mobility SpectrometryDr. Guillermo Vidal-de-Miguel (SEADM)
Developments in Transversal Modulation IMS (TMIMS): an Add-on enabling absolute IMS-IMS pre-filtration in tandem with MS, and providing 100% DCDr. Dimitris Papanastasiou (Fasmatech)
Implementation of a novel Differential Mobility Spectrometry Platform in the Fore Vacuum Region of a Mass SpectrometerDr. Melvin Park (Bruker)
High Resolution Trapped Ion Mobility Spectrometry and the Beginnings of a TheoryDr. Yehia Ibrahim (Pacific Northwest National Laboratory)
The development of the PNNL IMS platform: challenges and solutions
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