Magnetic resonance signals from different nuclei can be excited or received at the same
time, rendering simultaneous or rapidly interleaved multi‐nuclear acquisitions feasible. The …

Objective We outline our vision for a 14 Tesla MR system. This comprises a novel whole-
body magnet design utilizing high temperature superconductor; a console and associated …

Purpose To improve whole‐brain SNR at 7 Tesla, a novel 32‐element hybrid human head
array coil was developed, constructed, and tested. Methods Our general design strategy is …

Deuterium metabolic imaging (DMI) is a novel noninvasive method to assess tissue
metabolism and organ (patho) physiology in vivo using deuterated substrates, such as [6, 6' …

Purpose Our aim was to design and build a 3T 31P/1H calf coil that is capable of providing
both good 31P and 1H transmit and receive performance, as well as being capable of …

This work aims to develop and implement a pulse‐acquire sequence for three‐dimensional
(3D) single‐voxel localized 13C MRS in humans at 7 T, in conjunction with bilevel …

Purpose The aim of this work is to evaluate a new eight‐channel transceiver (TxRx) coaxial
dipole array for imaging of the human head at 9.4 T developed to improve specific …

In vivo phosphorus-31 (31P) magnetic resonance spectroscopy (MRS) imaging (MRSI) is an
important non-invasive imaging tool for studying cerebral energy metabolism, intracellular …

The neuronal tricarboxylic acid and glutamate/glutamine (Glu/Gln) cycles play important
roles in brain function. These processes can be measured in vivo using dynamic 1H–[13C] …

An adaptable optically controlled RF power amplifier (RFPA) is presented for direct
implementation on the Magnetic Resonance Imaging (MRI) transmit coil. Operation at 1 H …