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 The
Cedars Sinai Quantitative
Gated SPECT (QGS)
option enables automated processing of myocardial perfusion SPECT
and gated SPECT data. Provides left ventricular ejection fraction
calculations, 3D beating image displays, volume curves and polar
maps.
|
 The
Cedars Sinai Quantitative Perfusion
SPECT(QPS) package is an interactive standalone application
for the automatic segmentation, quantification, analysis and display
of static (ungated) short axis myocardial perfusion SPECT data.
|
 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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The Emory
Cardiac Toolbox(EC Toolbox) package, developed by Emory University,
offers a combination of leading edge protocols for comprehensive cardiac
analysis. Protocols include CEqual for quantification of sestamibi
and other myocardial perfusion tracers; Emory Gated SPECT for auto-processing
of ejection fraction, volume curves, end diastole / systole, and stroke
volumes; and 3D PerfSPECTive which provides 3D information generated
from CEqual and EGS protocols.
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The
CT/MR DICOM package
allows for the importation of CT and MR data and conversion into
the eNTEGRA database. DICOM 3.0 CT/MR data may be received from
compatible CT, MR or PACS systems.
|
 QuantEM
is a software application that provides a quantitative renal assessment.
The application, developed by Emory University, aids the clinician
with the analysis and interpretation of Tc-99m labeled MAG3 renograms.
This application's major focus is to provide a series of clinical
protocols that can be used in the evaluation of both pediatric and
adult renal patients.
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Aladdin
is an optional software package which allows users to write their
own protocols for the eNTEGRA. Based on the Visual Basic Language,
this package combines intuitive ease of use with the flexibility and
power of all the eNTEGRA features.
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 The
SPECT/CoDE Iterative Reconstruction
option reconstructs planar datasets into transaxial slices, supporting
OSEM/MLEM/COSEM iterative reconstruction algorithms, with and without
attenuation correction.
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