Chemical exchange saturation transfer (CEST), arterial spin labeling (ASL), and
magnetization transfer contrast (MTC) methods generate different contrasts for MRI …

Chemical exchange saturation transfer (CEST) enhances solution-state NMR signals of
labile and otherwise invisible chemical sites, by indirectly detecting their signatures as a …

Multidimensional TOCSY and NOESY are central experiments in chemical and biophysical
NMR. Limited efficiencies are an intrinsic downside of these methods, particularly when …

Static satellite-transitions (ST) NMR line shapes from half-integer quadrupolar nuclei could
be very informative: they can deliver insight about local motions over a wide range of …

2D NOESY and TOCSY play central roles in contemporary NMR. We have recently
discussed how solvent-driven exchanges can significantly enhance the sensitivity of such …

Cross-relaxation and isotropic mixing phenomena leading to the Nuclear Overhauser Effect
(NOE) and to the TOCSY experiment, lie at the center of structural determinations by NMR …

Chemical exchange saturation transfer (CEST) is widely used for enhancing the solution
nuclear magnetic resonance (NMR) signatures of magnetically dilute spin pools, in …

Purpose Saturation transfer MRI has previously been used to probe molecular binding
interactions with signal enhancement via the water signal. Here, we detail the relayed …

Solid‐state NMR of low‐γ nuclides is often characterized by low sensitivity and by significant
spectral broadenings induced by the quadrupolar and the chemical‐shift anisotropy …

Chemical exchange saturation transfer (CEST) NMR is widely used for enhancing the
sensitivity of low-abundance exchanging sites in general, and for the water-based detection …