NMR spectroscopy is arguably the most powerful and versatile analytical spectroscopic
method available to analyze nuclides which possess a magnetic dipole moment and …

Magnetic resonance provides a versatile platform that allows scientists to examine many
different types of phenomena. However, the sensitivity of both NMR spectroscopy and MRI is …

The sensitivity of both nuclear magnetic resonance spectroscopy and magnetic resonance
imaging is very low because the detected signal strength depends on the small population …

Modern NMR spectroscopy has reached an unprecedented level of sophistication in the
determination of biomolecular structure and dynamics at atomic resolution in liquids …

Differentiation of enantiomers represents an important research area for pharmaceutical,
chemical, and food industries. However, enantiomer separation is a laborious task that …

The study of reactions by NMR spectroscopy is normally limited by the poor detection limits
offered by the method. An overview is presented of how chemical reactions can be studied …

Nuclear magnetic resonance is often the technique of choice in chemical analysis because
of its sensitivity to molecular structure, quantitative character, and straightforward sample …

Hyperpolarization methods are used in NMR to overcome its inherent sensitivity problem.
Herein, the biologically relevant target nicotinamide is polarized by the hyperpolarization …

The cationic iridium complexes [Ir (COD)(PR3) 2] BF4 (1a-c)(a, R= Ph; b, R= p-tolyl; c, R= p-
C6H4− OMe) react with parahydrogen in the presence of pyridine to give trans, cis, cis-[Ir …

SABRE hyperpolarizes substrates by polarization transfer from para-hydrogen in a metal
complex. We have measured the signal enhancement of pyridine and its exchange rate in …