BACKGROUND AND PURPOSE: Several acquisition strategies may be used for imaging
supraaortic vessels by using contrast-enhanced MR angiography. The purpose of this study …

Purpose: To prospectively use 3.0-T breath-hold high-spatial-resolution contrast material–
enhanced magnetic resonance (MR) angiography with highly accelerated parallel …

Purpose To evaluate the feasibility of low‐dose, 3D time‐resolved contrast‐enhanced
magnetic resonance angiography (TR‐CEMRA) in the assessment of the supraaortic vessel …

To examine whether the the increased signal-to-noise (S/N) available at 3.0 T would permit
the use of the quadrature body coil for high spatial resolution contrast-enhanced (CE) MR …

Purpose: To evaluate and compare the diagnostic image quality resulting from three contrast
agent dose regimens for 3.0-T high-spatial-resolution three-dimensional magnetic …

BACKGROUND AND PURPOSE The purpose of this study was to assess the effectiveness
of contrast-enhanced fast three-dimensional (3D) MR angiography in depicting both the …

The use of MR angiography (MRA) with injection of contrast medium enables imaging of a
large volume with a very short acquisition time, providing angiographic images similar to …

A contrast-enhanced, gradient-echo 3D pulse sequence providing angiographic information
in 24 s was tested in five healthy subjects and used prospectively in 21 patients for the …

MRI is uniquely suited for evaluation of vascular structures due to its sensitivity to a variety of
flow-related phenomena. Recent work has demonstrated that high quality magnetic …

New magnetic resonance angiographic sequences using gadolinium infusion allow high-
quality images of supra-aortic vessels. Raw data may be obtained in a short scan time of …