Multi Reflecting Time-of-Flight Technology and its implications for the future of HRMS
Following the successful launch of the SELECT SERIES MRT, we invite you to join us for an overview of the latest high resolution mass spectrometry technology.
Discover how we are redefining HRMS performance and uncover how the advancements are being applied to accelerate scientific discovery.
The session will include a live Q&A where Jason Wildgoose, Emrys Jones and members of Waters Advanced Mass Spectrometry team will be on hand to answer your questions.
Key Learning Objectives:
- Learn about state-of-the-art Multi Reflecting Time-of-Flight technology
- Discover the benefits of the unique combination of high resolution and ppb mass accuracy, independent of scan speed
- Find out how HRMS and Mass Spectrometry Imaging is being taken to new levels with the new high performance MALDI source and new technologies for DESI XS
Who should attend:
Everyone with a passion for mass spectrometry, especially scientists seeking the latest advances in HRMS to accelerate their research, including:
- Industrial Scientists, Academicians and Students interested in mass spectrometry and imaging
- Mass Spectrometrists and Bioanalytical Chemists
- PhD, Post Doc, PI’s, Group Leaders, Heads of Research
Presenter: Jason Wildgoose (Technical Lead, Waters Advanced MS Team, Waters Corporation)
Jason Wildgoose joined Waters in early 1997 straight from university as a test and installation engineer working on the original QToF product. After 3 years he moved into the research and development team, continuing to work on time of flight technology and adjacent technologies such as ion guides, detectors, and ion mobility. He remained in research for 18 years and ultimately assumed responsibility for time of flight design & development. In 2018 he joined the newly formed Waters Advanced MS Technologies team focusing on innovation of new technologies as the technical lead.
Presenter: Emrys Jones (Consultant Research Scientist, MS Research, Waters Corporation)
Emrys’s interest in mass spectrometry imaging started during his Ph.D. in ToF-SIMS and postdoc in clinical applications of MALDI imaging, both at the University of Manchester. Further postdoctoral positions at Leiden University Medical Centre (The Netherlands) and Imperial College London allowed him to develop a deep understanding of MALDI and DESI imaging and also an interest in point-of-need analysis, through the iKnife project, under the leadership of Prof Zoltan Takats. When Waters acquired this technology, Emrys joined the company and has worked on pushing forwards the development of ambient and imaging mass spectrometry systems as part of the MS research group.
