| MR
Applications |
EchoPlus
diffusion weighted imaging provides isotropic diffusion-weighted EPI
images along with T2 EPI and FLAIR EPI images. The pulse sequences
uses a single-shot, motion-resistant technique capable of imaging
the entire brain in less than 30 seconds with B-values up to 1000
sec/mm2. Image post-processing is automated. EchoPlus requires EPI,
and FuncTool 2000 is recommended in conjunction with EchoPlus for
ADC and eADC mapping.
(requires
EPI)
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The
Probe2000
Upgrade adds multi-voxel spectroscopy for customers who
already have single voxel Probe. Multi-voxel Probe enables analysis
of a larger volumes of interest while maintaining the ability to breakdown
the analysis to smaller areas of interest. The results can be displayed
as a spectra or a color metabolite map.
Probe2000
Clinical Case Study
Lawrence Tanenbaum,
M.D., Edison, NJ
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| CT
Applications |
Perfusion
expands the dominant role of CT in evaluation of patients with acute
stroke. Despite the capability of MR, CT remains the "gold standard"
for evaluating the presence of hemorrhage. Consequently, CT Perfusion
is the logical next step to quantifying the patient's condition. The
CT Perfusion software provides relative cerebral blood volume, relative
cerebral blood flow, mean transit time and time to peak quantitative
information.
(v6.1 Octane only)
Sample
CT Perfusion Case Study
Dr. Max Wintermark, MD, et al.
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| NM/PET-
eNTEGRA Applications |
3D
Volume Rendering and Surface Shading
provides a tool
for qualitative analysis of SPECT data in 3 dimensions. The user can
choose from 3D surface shading or volume rendering using Maximum Intensity
Projection (MIP).
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| AW
Applications |
AW
4.0 Volume Rendering
enhances three dimensional visualization of imaged tissue by providing
translucent rendering. In addition to the standard 3D image analysis
tools, Volume Rendering allows the user to interactively define thresholds
for opacity, color application, and brightness.
(requires requires
Volume Analysis)
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AW
4.0 CT Perfusion
Functional CT Imaging.
Provides means to determine extent of perfusion disturbance (Maps
of Cerebral Blood Flow & Volume, and Mean Transit Time). and
brightness. (requires
requires
Volume Analysis)
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