Purpose Accurate baseline modeling is essential for reliable MRS analysis and
interpretation—particularly at short echo‐times, where enhanced metabolite information …

Purpose To examine the effects of repetition time (TR) on metabolite concentration
measurements in the human brain in 1H magnetic resonance spectroscopy at 3 Tesla (T) …

Accurate quantification of the MRSI-observed regional distribution of metabolites involves
relatively long processing times. This is particularly true in dealing with large amount of data …

Purpose To develop a practical method for mapping macromolecule distribution in the brain
using ultrashort‐TE MRSI data. Methods An FID‐based chemical shift imaging acquisition …

Abstract Two-dimensional (2D) nuclear magnetic resonance (nmr) methods have become
increasingly popular in metabolomics, since they have considerable potential to accurately …

Purpose To implement a fully automated atlas‐based method for prescribing 3D PRESS MR
spectroscopic imaging (MRSI). Methods The PRESS selected volume and outer‐volume …

Purpose To develop a novel diffusion‐weighted magnetic resonance spectroscopy (DW‐
MRS) technique in conjunction with J‐resolved spatially localized spectroscopy (JPRESS) to …

Purpose Inhomogeneities in the static magnetic field (B0) deteriorate MRSI data quality by
lowering the spectral resolution and SNR. MRSI with low spatial resolution is also prone to …

Purpose To develop a compressed sensing (CS) acceleration method with a high spectral
bandwidth exploiting the spatial‐spectral sparsity of MR spectroscopic imaging (MRSI) …

Purpose: Image‐guided localization SPectral Localization Achieved by Sensitivity
Heterogeneity (SPLASH) allows rapid measurement of signals from irregularly shaped …