Case Report Application of MSCTA combined with VRT in the
MSCTA/VRT reconstruction image, seen from the left side, displayed the vertebral artery was in the anterolateral but not wrapped by tumor (C) Posterior image of MSCTA-VRT, The tumor was located between C 1 and C 2, dumbbell type, the posterior arch of the atlas was partly wrapped by the tumor And the simulated surgery indicated that the
Diagnostic Accuracy of Different Image Postprocessing Methods
MPRs,or prerendered three-dimensional volume rendered reconstruction (VRT) The likelihood of coronary artery stenosis on CMRA was graded according to the following scale: 1, absent; 2, probably absent; 3, possibly present; 4, probably present; and 5, definitely present The diagnostic performance of each evaluated postprocessing method
VASCULAR RESEARCH VASCULAR BRANCHING 3D modeling of the
VRT=volume rendering Data reconstruction: Raw data are processed to perform slices reconstruction See usual protocols on Table I, from 16 to 128 detectors Post-processing of the data: 3D reconstruction of the venous system is performed The data are usually sent by intranet on a dedicated
Siemens Medical Solutions USA, Inc March 16, 2020 M Alaine
multiplanar reconstruction (MPR) thin/thick, maximum intensity projection (MIP) thin/thick, inverted MIP thin/thick, volume rendering technique (VRT) geometric measurement tools (distance line, polyline, marker, arrow, angle) HU measurement tools (Pixel lens, ROI circle, ROi
Utility of Three-dimensional Multiple Planar Volume
a 0 677 mm interval with a standard reconstruction algorithm Real-time interpretation was undertaken on a thin-client or a stand-alone workstation using a combination of VRT, MIP, Min-IP, multiplanar reformations (MPR), curved planar reformations and 3D TL-VR protocol and VB The use of oblique or curved reconstructions to visualize the path
Program Facultative Virtopsy Pre Course
1 3D reconstruction with VRT (volume rendering technique) II PD Dr Lars Ebert Dr med Wolf Schweitzer 14:30 – 14:45 Break (15‘) 14:45 – 16:45 2 Using Slicer 3D for axial, MPR and VRT PD Dr Lars Ebert Dr med Wolf Schweitzer 16:45 – 17:00 Q & A, Wrap up Prof Dr med Michael Thali Total 6:20
Clinical Radiology & Imaging Journal
Scan Protocol and Image Reconstruction All patients were scanned on a 62-slice MSCT scanner (Aquilion 64-Slice MDCT, Toshiba, Japan) An initial nonenhanced ECG-gated scan was performed for calcium scoring [2] CT scans performed on a 64-slice scanner with a 0 37 s rotation time A bolus of 80 mL iodinated
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