timsOmni™
Unlock the potential of omnidirectional MSn and trapped eXd: Elevate MS and MSn sensitivity to new heights.
Leverage advanced structural elucidation and deep proteoform sequencing with MSn eXd coupled to the power of TIMS. timsOmni™ features a unique blend of technology to deliver maximum versatility:
- TIMS for accurate CCS values to determine conformational heterogeneity
- Collision-induced unfolding to explore the conformational landscape of biomolecules
- Precise control of electron-based fragmentation for detailed molecular profiling
- Omnidirectional MSn combined with ion accumulation for unmatched sensitivity
- Trapped eXd mode for optimal precursor utilization, boosting fragment ion yield
- Utilization of all PASEF® modes for bottom-up proteomics and multiomics
Functional proteomics 2.0: New ways to dissect biology
This Proteomics eBook from Bruker's Daltonics highlights advanced timsTOF mass spectrometry workflows for proteomics and multiomics research. Applications include biomarker discovery, spatial proteomics, immunopeptidomics, PTM and glycoprotein analysis, biopharmaceutical characterization, and targeted proteomics, helping researchers achieve deeper biological insight with improved sensitivity, throughput, and quantitative precision.
Resource details:
Resource type: Application note
Page count: 7
Read time: 12 mins
Advancing protein function discovery and unravelling molecular complexity in energy and environmental research
Discover how Bruker Daltonics’ latest timsMRMS™, timsOmni™, and timsUltra™ AIP platforms are supporting scientists to unravel today’s toughest chemical and biological complexities. These technologies open new possibilities in environmental analysis, biologics and glycoproteomics, as well as highly sensitive functional proteomics for precision medicine. Hear from Dr. Paul Speir, Senior Vice President of Global MRMS Business, Michael Greig, Executive Director of New Technologies, and Dr. Daniel Hornburg, Vice President of Biomarkers and Precision Medicine, as they share thoughtful insights on breakthroughs in isomer resolution, ion enrichment, and protein‑function discovery, showing what’s now possible in the lab.
This video was filmed at ASMS 2026.
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