The software tools required for postprocessing of magnetic resonance (MR) angiograms
include the following functions: data handling, image visualization, and vascular analysis. A …

A 3D model‐based approach for quantification of vascular morphology from several MRA
acquisition protocols was evaluated. Accuracy, reproducibility, and influence of the image …

The accurate assessment of the presence and extent of vascular disease, and planning of
vascular interventions based on MRA requires the determination of vessel dimensions. The …

Atherosclerosis is a disease of the arterial wall, progressively impairing blood flow as it
spreads throughout the body. The heart attacks and strokes that result of this condition …

Contrast material-enhanced three-dimensional (3D) magnetic resonance (MR) angiography
is rapidly gaining acceptance as a versatile noninvasive alternative to conventional …

The signal loss that occurs in regions of disturbed flow significantly decreases the clinical
usefulness of MR angiography in the imaging of diseased arteries. This signal loss is most …

To improve the quality of projection angiograms generated from three-dimensional magnetic
resonance (MR) angiography data, the authors applied voxel shifting to create intermediate …

Three dimensional magnetic resonance angiographic images (3D MRA) are routinely
inspected using maximum intensity projections (MIP). However, accuracy of stenosis …

A technique is presented for the segmentation and quantification of stenosed internal carotid
arteries (ICAs) in 3D contrast‐enhanced MR angiography (CE‐MRA). Segmentation with …

A method for reconstructing magnetic resonance angiography (MRA) volumes from
successive acquisitions is described. The method is based on double oblique acquisitions of …