This article reviews the most commonly used modern sequences designed to confront the
two major challenges of in vivo magnetic resonance spectroscopy (MRS): spatial …

Purpose To develop an algorithm which can robustly eliminate all unwanted coherence
pathways for an arbitrary magnetic resonance spectroscopy experiment through the …

Purpose To simultaneously acquire spectroscopic signals from two MRS voxels using a
multi‐banded 2 spin‐echo, full‐intensity acquired localized (2SPECIAL) sequence, and to …

The aim of this study was to develop a time‐efficient inversion technique to measure the T1
relaxation time of the methyl group of lactate (Lac) in the presence of contaminating lipids …

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

In this work, a novel 1 H MR spectroscopy sequence is proposed that provides the
advantages of single voxel spectroscopy, such as high spectral bandwidth, a narrower point …

In this work, a Fourier-based technique for 1 H MR spectroscopy based on split-slice-
GRAPPA is introduced to decompose simultaneously acquired dual-voxel data. In contrast …

Modern magnetic resonance spectroscopic (MRS) pulse sequences frequently overlook the
issue of unwanted coherence pathways. A novel and robust algorithm which only requires …

For simultaneous multi-voxel spectroscopy (sMVS), it is necessary to optimize the B 0
shimming and the B 1+ adjustment simultaneously for two voxels. The impact of these …

Proton magnetic resonance spectroscopy (MRS) is a powerful non-invasive technique to
probe the biochemistry of the brain and body. Because MRS signals are collected from …