High permittivity materials find extensive use in high frequency communications devices due
to their small size (compared to lumped element circuits), low losses and physical …

Membrane proteins present a challenge for structural biology. In this article, we review some
of the recent developments that advance the application of NMR to membrane proteins, with …

The low sensitivity of nuclear magnetic resonance (NMR) is a major bottleneck for studying
biomolecular structures of complex biomolecular assemblies. Cryogenically cooled probe …

We present a detailed analysis of the radiofrequency (RF) field over full volume of a rotor
that is generated in a solenoid coil. On top of the usually considered static distribution of …

Recent progress in multi-dimensional solid-state NMR correlation spectroscopy at high static
magnetic fields and ultra-fast magic-angle spinning is discussed. A focus of the review is on …

NMR spectroscopy presents boundless opportunities for understanding the structure,
dynamics, and function for a broad range of scientific applications. Solid-state NMR …

We describe a simplified method for improving the reproducibility of transceiver coil
fabrication for nuclear magnetic resonance (NMR) through single-use templates made from …

Recent advances in magic angle spinning (MAS) now allow spinning frequencies of 40 to
110 kHz to be reached. Ultrafast MAS is achieved in rotors with diameters smaller than …

Well-hydrated phospholipid bilayers provide a near-native environment for membrane
proteins. They enable the preparation of chemically-defined samples suitable for NMR and …

Nuclear magnetic resonance (NMR) spectroscopy is commonly employed in a wide range of
metabolomic research. Unfortunately, due to its relatively low sensitivity, smaller samples …