Brian Casey

Advanced Visualization
Quantitative Imaging
Quantitative Imaging of San Bruno, CA, will guide visitors to its RSNA booth to PolypPoint, computer-aided detection (CAD) software for virtual colonoscopy.
November 16, 2005
2005 11 16 14 52 12 706
Advanced Visualization
Orthocrat
The Houston company will introduce OrthoMacro, a new orthopedic surgical planning and templating application, at the RSNA meeting.
November 16, 2005
2005 11 16 14 50 20 706
Advanced Visualization
NovaRad
NovaPACS Cardio Viewer, a dedicated cardiac image viewing application, will be showcased in the NovaRad booth.
November 16, 2005
2005 11 16 14 44 44 706
Advanced Visualization
Neurognostics
This developer of functional MRI components and software will highlight its Mindstate family of products, designed to make fMRI studies easier to conduct on a routine clinical basis.
November 16, 2005
2005 11 16 14 41 58 706
Advanced Visualization
MIMvista
Cleveland-based MIMvista will demonstrate its family of advanced visualization tools, including PET/CT applications.
November 16, 2005
2005 11 16 15 00 57 706
Advanced Visualization
Mercury Computer Systems
Look for Mercury to highlight its Visage family of embedded components and applications for image processing and visualization.
November 16, 2005
Advanced Visualization
Medweb
Medweb of San Francisco will use the RSNA show as a springboard to launch new software designed to provide the features and functionality of expensive 3D workstations in a more economical package.
November 16, 2005
Advanced Visualization
Medis Medical Imaging Systems
Medis of Leiden, Netherlands, will showcase the latest additions to its line of quantification software.
November 16, 2005
2005 11 16 14 38 30 706
Advanced Visualization
Medicsight
This U.K.-based computer-aided detection (CAD) developer will highlight its integration efforts with other medical imaging vendors over the past year.
November 16, 2005
Advanced Visualization
Invivo
Invivo of Orlando, FL, will discuss version 1.1 of its DynaCAD software, which offers computer-aided detection assessment of breast MRI studies.
November 16, 2005
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Data analysis validation. Panel A: Image and line profile through the bottle on scans 1 (top) and 2 (middle), and the difference image (bottom) calculated according to Equation 3. Panel B: Data from a representative participant showing the effect of the dose correction on the PETWALK image using Equation 1 when applied to co-registered images in native subject space. The images were then warped to standard Montreal Neurological Institute (MNI) space Top: PETSTAND, middle – uncorrected PETWALK, bottom – corrected PETWALK. The color bar shows image intensity across the three images. Image courtesy of NeuroImage.
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