Abstract 2D NMR is extensively used in many different fields, and its potential for the study of
complex biochemical or chemical mixtures has been widely demonstrated. 2D NMR gives …

Complex mixtures are ubiquitous in many branches of chemistry, be it a complex
pharmaceutical formulation, a collection of biofluids analysed in a metabolomics workflow …

Selective NMR experiments provide rapid access to important structural information, and are
essential to tackle the analysis of large molecules and complex mixtures. Single‐scan …

The measurement of translational diffusion coefficients by nuclear magnetic resonance
(NMR) spectroscopy is essential in a broad range of fields, including organic, inorganic …

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 …

Spatially-encoded diffusion-ordered NMR spectroscopy (SPEN-DOSY) has emerged as a
new time-efficient tool for the analysis of mixtures of small molecules in solution. Time …

Pure shift NMR refers to the technique of acquiring broadband homodecoupled NMR
spectra, where all multiplet structure is suppressed and each chemical environment gives …

Diffusion NMR experiments rely on the measurement of signal attenuation as a function of
the area of diffusion-encoding pulsed magnetic-field gradients. In conventional experiments …

Conventional 2D NMR relies on a train of similar experiments with a linearly incremented t1-
evolution period. 1 This multi-experimental approach, generally called the ''Jeener's …

This chapter discusses advances in small molecule NMR in solution and covers articles from
2020 or 2021. After a short introduction, the second, major, section covers the determination …