In this article, both sodium magnetic resonance (MR) and T1ρ relaxation mapping aimed at
measuring molecular changes in cartilage for the diagnostic imaging of osteoarthritis are …

In multiple sclerosis (MS), experimental and ex vivo studies indicate that pathologic intra-
and extracellular sodium accumulation may play a pivotal role in inflammatory as well as …

The present study was undertaken to analyze the roles of brain cations and of the blood-
brain barrier (BBB) to albumin in the development of ischemic brain edema. Using the rat …

Surgicale report the first clinical nuclear magnetic resonance (NMR) images of cerebral
sodium distribution in normal volunteers and in patients with a variety of pathological …

PURPOSE: To investigate sodium magnetic resonance (MR) imaging for monitoring tissue
viability in stroke. MATERIALS AND METHODS: A comprehensive MR imaging protocol …

The concentration of sodium is a functional cell parameter and absolute quantification can
be interesting for diagnostical purposes. The accuracy of sodium magnetic resonance …

Sodium‐based MRI plays a vital role in the study of metabolism and can unveil valuable
information about emerging and existing pathology–in particular in the human brain. Sodium …

Purpose To quantify the tissue sodium concentration (TSC) in cardiac 23Na MRI. To
evaluate the influence of different correction methods on the measured myocardial TSC …

The quantification of sodium MR images from an arbitrary intensity scale into a bioscale
fosters image interpretation in terms of the spatially resolved biochemical process of sodium …

The rapid development of transgenic mouse models of neurodegenerative diseases, in
parallel with the rapidly expanding growth of MR techniques for assessing in vivo, non …