Solid-state NMR spectroscopy is one of the most commonly used techniques to study the
atomic-resolution structure and dynamics of various chemical, biological, material, and …

Conspectus Protons are vastly abundant in a wide range of exciting macromolecules and
thus can be a powerful probe to investigate the structure and dynamics at atomic resolution …

Atomic-level characterization of active pharmaceutical ingredients (API) is crucial in
pharmaceutical industry because APIs play an important role in physicochemical properties …

Very fast magic-angle spinning (MAS> 80 kHz) NMR combined with high-field magnets has
enabled the acquisition of proton-detected spectra in fully protonated solid samples with …

Fabricating materials with excellent mechanical performance from the natural renewable
and degradable biopolymers has drawn significant attention in recent decades due to the …

With the recent advances in NMR hardware and probe design technology, magic-angle
spinning (MAS) rates over 100​ kHz are accessible now, even on commercial solid NMR …

Solid-state NMR spectroscopy has been playing a significant role in elucidating the
structures and dynamics of materials and proteins at the atomic level for decades. As an …

In solid dosage formulations, probing intermolecular interactions between active
pharmaceutical ingredients (APIs) and polymeric excipients, which have a mechanistic …

Fast magic angle spinning (MAS) and indirect detection by high gyromagnetic ratio (γ) nuclei
such as proton or fluorine are increasingly utilized to obtain 2D heteronuclear correlation …

Solid-state nuclear magnetic resonance (NMR) is a potent tool for studying the structures
and dynamics of insoluble proteins. It starts with signal assignment through multi …