Nuclear Magnetic Resonance (NMR, also known as Magnetic Resonance Spectroscopy;
MRS, in an in-vivo setting) enables one to probe the structure and dynamics of matter in a …

Nuclear magnetic resonance (NMR) spectroscopy is a principal analytical technique used
for the structure elucidation of molecules. This Primer covers different approaches to …

Single‐scan MRI underlies a wide variety of clinical and research activities, including
functional and diffusion studies. Most common among these “ultrafast” MRI approaches is …

Purpose Single‐scan multislice acquisition schemes play key roles in magnetic resonance
imaging. Central among these “ultrafast” experiments stands echo‐planar imaging, a …

An approach has been recently introduced for acquiring two-dimensional (2D) nuclear
magnetic resonance images in a single scan, based on the spatial encoding of the spin …

Multidimensional acquisitions play a central role in the progress and applications of nuclear
magnetic resonance (NMR) spectroscopy. Such experiments have been collected …

Hyperpolarized metabolic imaging is a growing field that has provided a new tool for
analyzing metabolism, particularly in cancer. Given the short life times of the hyperpolarized …

Spatiotemporal-encoding single-scan MRI method is relatively insensitive to field
inhomogeneity compared to EPI method. Conjugate gradient (CG) method has been used to …

Compared to the echo planar imaging (EPI), spatiotemporally encoded (SPEN) single-shot
MRI holds better immunity to the field inhomogeneity, while retaining comparable spatial …

New schemes are introduced that allow one to improve the resolution in the indirect
dimension of single-scan 'ultrafast'two-dimensional NMR spectra. The methods combine …