S.J. Glaser, H. Schwalbe, J.P. Marino, C. Griesinger
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Directed TOCSY, a Method for Selection of Directed Correlations by Optimal Combinations of Isotropic and Longitudinal Mixing
The directed TOCSY pulse sequence element transfers coherence predominantly into “forward-directed” antiphase coherences while simultaneously suppressing in-phase and “backward-directed” antiphase coherences. This novel selection principle, based on the “direction” of the target coherences, provides a new approach for the simplification of crowded spectra. In this article, the theory of directed TOCSY is presented for linear spin systems that are frequently found in carbon-labeled biomolecules.
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