The saphenous venous system was visualized by CTwithout any contrast medium injection. Volumetric data were acquired with a multidetector spiral CT (Siemens, Somatom Plus 4 Volume Zoom) with the following parame-ters: collimation, 1 mm; pitch, 4; reconstruction, 1.2 mm. Reformatted images were then transferred in DICOM format to an 02 work station (Silicon Graphics) and postprocessed by the software VITREA 1.2 (Vital Images). 3D images were evaluated by means of the volume-rendering technique (VRT). VRT-CT allows an excellent morphological demonstration of size, path, and connections of the saphenous trunks and of their tributaries, even if no contrast medium is injected (Figure 1A). To the best of our knowledge, VRT-CT has never been used ...
Abstract Due to constant innovations in radiological and surgical techniques, more accurate results ...
Purpose To evaluate vessel assessment in virtual monoenergetic images (VMI40keV) and virtual-non-con...
Background: Cerebral venous thrombosis is mostly diagnosed using CT. Multislice CT technology has si...
This is the first study reporting the technique for the 3D visualization of the saphenous veins obta...
AbstractObjective to report and discuss preliminary results obtained in varicose limbs by means of a...
Objective: To report and discuss preliminary results obtained in varicose limbs by means of a volume...
The aim of this study was to optimize the protocol for multislice spiral CT angiography and to asses...
Fractures of the acetabulum can cause the pelvis to shatter into a wide array of complex configurati...
To find out the advantages and insufficiency of the 3D reconstruction and traditional anatomy by com...
Visualization of contrast enhanced blood vessels in CT angiography data presents a challenge due to ...
The use of three-dimensional (3D) technologies in medical practice is increasing; however, its use i...
International audienceVascularization is essential for many tissues and is a main requisite for vari...
Context 3-Dimensional (3D) imaging is utilized in a variety of ways in medicine, including ultra-sou...
Abstract Due to constant innovations in radiological and surgical techniques, more accurate results ...
Purpose To evaluate vessel assessment in virtual monoenergetic images (VMI40keV) and virtual-non-con...
Background: Cerebral venous thrombosis is mostly diagnosed using CT. Multislice CT technology has si...
This is the first study reporting the technique for the 3D visualization of the saphenous veins obta...
AbstractObjective to report and discuss preliminary results obtained in varicose limbs by means of a...
Objective: To report and discuss preliminary results obtained in varicose limbs by means of a volume...
The aim of this study was to optimize the protocol for multislice spiral CT angiography and to asses...
Fractures of the acetabulum can cause the pelvis to shatter into a wide array of complex configurati...
To find out the advantages and insufficiency of the 3D reconstruction and traditional anatomy by com...
Visualization of contrast enhanced blood vessels in CT angiography data presents a challenge due to ...
The use of three-dimensional (3D) technologies in medical practice is increasing; however, its use i...
International audienceVascularization is essential for many tissues and is a main requisite for vari...
Context 3-Dimensional (3D) imaging is utilized in a variety of ways in medicine, including ultra-sou...
Abstract Due to constant innovations in radiological and surgical techniques, more accurate results ...
Purpose To evaluate vessel assessment in virtual monoenergetic images (VMI40keV) and virtual-non-con...
Background: Cerebral venous thrombosis is mostly diagnosed using CT. Multislice CT technology has si...