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Nuclear magnetic resonance (NMR) is a powerful technique for revealing biomolecular structure and dynamics. Technical advances over the past decade, including cryogenic probes, higher magnetic fields, and novel pulse sequences, allow for the analysis of increasingly larger and more complex systems. Multidimensional, multinuclear experiments are invariably required to resolve individual resonances. However, the increased sampling rate imposed by the Nyquist theorem at higher magnetic fields (due to greater spectral dispersion) means that experiment times become prohibitively long when conventional uniform sampling is employed. Non-Fourier methods of spectrum analysis open

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