Liquid-phase nuclear magnetic resonance spectroscopy has long relied on uniform and stable isotopic enrichment of 13C and 15N to reduce resonance overlap and allow for multi-distance and multi-angle confinement on as many atomic sites as possible, in order to facilitate the calculation of the ...
Mass spectrometry (MS)-based proteomics has become an essential tool for biologists over the last decade. The ability of a mass spectrometer to identify thousands of proteins from a complex biological sample has revolutionized scientific experiments.
The combination of stable isotope labeling with powerful mass spectrometric analytic techniques is providing increasingly important diagnostic tools for drug development and clinical diagnostics in the emerging era of personalized medicine.
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