Two-dimensional electron spin resonance (2D ESR) spectroscopy is a unique experimental
technique for probing protein structure and dynamics, including processes that occur at the …

The accelerated acquisition of multidimensional NMR spectra using sparse non-uniform
sampling (NUS) has been widely adopted in recent years. The key concept in NUS is that a …

Nuclear magnetic resonance is a “workhorse technique” used in metabolomics,
complementary to mass spectrometry. Unfortunately, only the most basic NMR methods are …

Temperature‐dependent experiments are a rapidly growing area of interest for low‐field
NMR. In this work, we present a new device for wide‐range temperature control for single …

When acquiring series of spectra (T 1, T 2, CP buildup curves, etc.) on samples with poor
SNR, we are usually faced with choosing between taking a few points with a large number of …

Serial NMR experiments are commonly applied in variable-temperature studies, reaction
monitoring, and other tasks. The resonance frequencies often shift linearly over the series …

In this chapter, we will discuss various alternatives to a conventional sampling of two-
dimensional (2D) NMR signals. To fully understand the concepts lying behind them, we …

Just like genomics aims to sequence and study the DNA contained in a complex mixture of
organisms at a large scale, as transcriptomics does with RNA and proteomics with proteins …

Nuclear magnetic resonance (NMR) spectroscopy is one of the most powerful tools in
analytical chemistry. An important step in the analysis of NMR data is the assignment of …

Biological macromolecules (proteins, nucleic acids and polysaccharides) are highly
complex in terms of not only their structure but also dynamical and kinetic properties …