Sodium magnetic resonance imaging (23Na‐MRI) is a highly promising imaging modality
that offers the possibility to noninvasively quantify sodium content in the tissue, one of the …

Sodium is an essential ion that plays a central role in many physiological processes
including the transmembrane electrochemical gradient and the maintenance of the body's …

Purpose To systematically review the techniques that address undersampling artifacts in
accelerated quantitative magnetic resonance imaging (qMRI). Methods A literature search …

Purpose To validate the feasibility of quantitative combined potassium (39K) and sodium
(23Na) MRI in human calf muscle tissue, as well as to evaluate the reproducibility of the …

Objectives To determine the relaxation times of the sodium nucleus, and to investigate the
repeatability of quantitative, in viv o TSC measurements using sodium magnetic resonance …

Purpose To compare three anisotropic acquisition schemes and three compressed sensing
(CS) approaches for accelerated tissue sodium concentration (TSC) quantification using 23 …

Purpose Sodium MRI can be used to quantify tissue sodium concentration (TSC) in vivo;
however, UTE sequences are required to capture the rapidly decaying signal. 2D MRI …

Sodium (23Na) yields the second strongest nuclear magnetic resonance (NMR) signal in
biological tissues and plays a vital role in cell physiology. Sodium magnetic resonance …

Purpose Multiple-quantum-filtered (MQF) sodium magnetic resonance imaging (MRI), such
as enhanced single-quantum and triple-quantum-filtered imaging of 23 Na (eSISTINA) …

Purpose To implement and to evaluate a compressed sensing (CS) reconstruction algorithm
based on the sensitivity encoding (SENSE) combination scheme (CS-SENSE), used to …