The exchange of molecules between different physical or chemical environments due to
diffusion or chemical transformations has a crucial role in a plethora of fundamental …

Since its discovery in mid-20th century, the sensitivity of Nuclear Magnetic Resonance
(NMR) has increased steadily, in part due to the design of new, sophisticated NMR …

Relaxation and diffusion NMR measurements offer an approach to studying rotational and
translational motion of molecules non-invasively, and they also provide chemical resolution …

Intriguing reports of enhanced diffusion in enzymes and molecular catalysts have spurred
significant interest in experimental and theoretical investigations, and the mechanism of this …

Molecular exchange between different physical or chemical environments occurs due to
either diffusion or chemical transformation. Nuclear magnetic resonance (NMR) …

The analysis of mixtures by NMR spectroscopy is challenging. Diffusion-ordered NMR
spectroscopy enables a pseudo-separation of species based on differences in their …

Diffusion NMR spectroscopy1 which relies on Pulse Field Gradient (PFG) NMR2 to spatially
encode molecules, enables identification and even structure determination of the individual …

Heterogeneous materials, such as biological tissues, foodstuffs, and rocks, contain a range
of microscopic environments where the molecular constituents often have different NMR …

In diffusion-ordered spectroscopy (DOSY) the aim is to separate signals from different
molecular species according to their different diffusion coefficients. Each species has its …

A new approach to the characterization of biomolecules in whole biological fluids is
presented based on simplification of 1H NMR spectra by utilizing differences in molecular …