Thermo Electron Transfer Dissociation (ETD) for LTQ Series Mass Specs
Unlock the full potential of your analytical workflows with the Thermo Electron Transfer Dissociation (ETD) technology, specifically designed for LTQ Series Mass Spectrometers.
Key Features:
- Preserves Labile PTMs: ETD stands out in its ability to maintain labile post-translational modifications (PTMs), facilitating straightforward identification of both peptide sequences and the precise sites of modification.
- Enhanced Top-Down Analysis: Experience a new level of simplicity in spectra interpretation when combining ETD with proton transfer reaction (PTR) for efficient top-down analysis of intact proteins.
- Optimized for Low-Mass Isobaric Tags: Integrate ETD with pulsed-Q dissociation (PQD) for workflows incorporating low-mass isobaric mass tags, effectively eliminating the usual low-mass cutoff constraints.
- Seamless Integration: ETD compatibility allows for easy implementation on most Thermo Scientific LTQ-series ion trap and hybrid ion trap-Orbitrap mass spectrometers, enhancing your existing analytical capabilities.
- Advanced Data Analysis: The included Proteome Discoverer software features the proprietary Z-Core database search algorithm, specifically optimized to deliver superior results when analyzing ETD spectra.
- Comprehensive Result Merging: Maximize your protein sequence coverage efficiently as Proteome Discoverer seamlessly combines complementary collision-induced dissociation (CID) and ETD results.
Transform your mass spectrometry analyses with the cutting-edge Thermo Electron Transfer Dissociation technology, designed for precision and efficiency in proteomics research.
