A review of the theory, technology, and use of radio frequency (RF) coils for small‐animal
MRI is presented. It includes a brief overview of MR signal‐to‐noise (S/N) analysis and …

Purpose: To address phase and amplitude errors for multi‐point water–fat separation with
“bipolar” acquisitions, which efficiently collect all echoes with alternating read‐out gradient …

Purpose Magnetic resonance–compatible medical devices operate within the MR
environment while benefitting from the superior anatomic information of MRI. Avoiding …

Purpose Introduce a novel coil design using an electrically long transversely oriented slot in
a conductive sheet. Theory and Methods Theoretical considerations, numerical simulations …

Non‐Cartesian imaging sequences and navigational methods can be more sensitive to
scanner imperfections that have little impact on conventional clinical sequences, an issue …

Gradient echo myelin water imaging (GRE-MWI) is an MRI technique to measure myelin
concentration and involves the analysis of signal decay characteristics of the multi-echo …

Purpose Many aspects and imperfections of gradient dynamics in MRI have been
successfully captured by linear time‐invariant (LTI) models. Changes in gradient behavior …

A positron emission tomography (PET) system or'insert'has been constructed for placement
and operation in the bore of a small animal magnetic resonance imaging (MRI) scanner to …

We have been working on the development of a PET insert for existing magnetic resonance
imaging (MRI) systems for simultaneous PET/MR imaging, which integrates radiofrequency …

The use of detached endcaps for 3 T birdcage coils was investigated both theoretically and
experimentally. Finite difference time domain analysis, along with workbench and MRI …