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How Ion How Ion Mobility Mass Spectrometry Enables Untargeted Omics Analysis at Vanderbilt University

21 Jun 2016
How Ion How Ion Mobility Mass Spectrometry Enables Untargeted Omics Analysis at Vanderbilt University

Advances in ion mobility mass spectrometry technology is bringing large scale molecular analysis to chemistry, biology, and many areas of medicine. Learn more about research into the development of humans-on-chips, improving drug discovery and screening, and laying the foundations for wider use of precision medicine.

SYNAPT G2-Si HDMS

Waters

The Waters SYNAPT G2-Si High Definition Mass Spectrometry provides complete characterization of complex mixtures and molecules with unique levels of MS performance, industry leading informatics and unparalleled platform versatility.Through high-efficiency T-Wave™ ion mobility you can get superior separation, enhance the peak capacity, specificity and sensitivity of your analysis and transform your targeted and untargeted workflows. Ultimate UPLC/MS/MS performance, data independent and data dependant T-Wave IMS solution, CID and ETD fragmentation capabilities and a wide range of experimental options. This system gives you additional dimension of separation, based on molecular size and shape. It delivers a third dimension to your analysis, proven to transform your analytical perspective whatever the application.

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SYNAPT G2-Si MS

Waters

Transform your lab's discovery capability with the SYNAPT G2-Si MS. Information. Informatics. Impact. SYNAPT enables extensive characterization of complex mixtures and molecules with uncompromising qualitative and quantitative performance, streamlined workflows and unparalleled platform versatility. With the SYNAPT G2-Si you get ultimate UPLC/MS/MS performance, powerful data independent & data dependant solutions, CID and ETD fragmentation capabilities, and a wide range of experimental options.

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How Ion How Ion Mobility Mass Spectrometry Enables Untargeted Omics Analysis at Vanderbilt University