Application of mixed spin iMQCs for temperature and chemical-selective imaging

Authors

Elizabeth R. Jenista, Duke University
Gigi Galiana, Yale University
Rosa T. Branca, Duke University
Pavel S. Yarmolenko, Duke University
Ashley M. Stokes, Duke University
Mark W. Dewhirst, Duke University
Warren S. Warren, Duke University

Document Type

Article

Abstract

The development of accurate and non-invasive temperature imaging techniques has a wide variety of applications in fields such as medicine, chemistry and materials science. Accurate detection of temperature both in phantoms and in vivo can be obtained using iMQCs (intermolecular multiple quantum coherences), as demonstrated in a recent paper [1]. This paper describes the underlying theory of iMQC temperature detection, as well as extensions of that work allowing not only for imaging of absolute temperature but also for imaging of analyte concentrations through chemically-selective spin density imaging. © 2010 Elsevier Inc. All rights reserved.

Keywords

Chemical-selective imaging, CRAZED, High-resolution, Hyperthermia, Inhomogeneous fields, Intermolecular multiple quantum coherence, Spectroscopy, Temperature imaging, Thermometry, Water

Publication Date

6-1-2010

Publication Title

Journal of Magnetic Resonance

ISSN

10907807

E-ISSN

10960856

Volume

204

Issue

2

First Page

208

Last Page

218

PubMed ID

20303808

Digital Object Identifier (DOI)

10.1016/j.jmr.2010.02.021

Recommended Citation

Jenista, Elizabeth R.; Galiana, Gigi; Branca, Rosa T.; Yarmolenko, Pavel S.; Stokes, Ashley M.; Dewhirst, Mark W.; and Warren, Warren S., "Application of mixed spin iMQCs for temperature and chemical-selective imaging" (2010). Translational Neuroscience. 1176.
https://scholar.barrowneuro.org/neurobiology/1176