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The ImagenSPECT™ 3.0 system is a software application that provides a processing environment for the analysis and display of cardiac SPECT and planar images. The results of this processing may be used in determining the presence of cardiac diseases. Data for ImagenSPECT 3.0 is derived from a nuclear medicine gamma camera. The resulting datasets may be either planar or 3D tomograms of patient anatomy. This software can also be used for processing display and quantitation of multigated acquisition blood pool scans (MUGA) specifically the left ventricular ejection fraction (LVEF). ImagenSPECT™ 3.0 can also be used for quantitation of planar and SPECT, early and late 99mTc pyrophosphate images.

ImagenSPECT™ 3.0 is a Windows application which allows physicians and healthcare professionals to inspect, reconstruct and reorient myocardial perfusion SPECT images. The system processes gated and ungated SPECT cardiac images to create 3D tomographic data. The user can correct for patient motion, change filter settings, change reconstruction settings, range of reconstruction, and reorientation angles. The application also models the influence of distance dependent blur. The use of this system is limited to qualified, licensed healthcare providers (radiologists, nuclear cardiologists or nuclear medicine physicians) trained in the use of nuclear medicine imaging devices. This software also processes, display and performs quantitative calculations of LVEF on multigated acquisition blood pool scans (MUGA). ImagenSPECTT™ 3.0 is used to quantitate the uptake of 99™Tc pyrophosphate in early and late planar and SPECT studies. The ImagenSPECTTM 3.0 system is designed to take nuclear medicine data from commercially available SPECT systems and process the data into a format that can be visualized by a separate computer program or workstation. In addition, quarter-counts, half dose and/or half-time scans can be reconstructed with ImagenSPECT™ 3.0 using resolution recovery, iterative reconstruction and is equivalent to the predicate ImagenSPECT™ (k152503) using half-counts and full counts (full-time scan, half dose/ half-time, full dose).

The ImagenUniversaJTM system is a software. application that allows the user to visualize raw PET and/or PET/CT data, to correct for transmission and emission, and to correct PET 3D data for photon scatter and prompt gamma photons. The resulting corrected tomograms can be exported to cardiac interpretive software for interpretation. The use of this system is limited to qualified, licensed healthcare providers (radiologists or nuclear med icine physicians) trained in the use of nuclear medicine imaging devices.

ImagenUniversal™ is a Windows application which allows physicians and healthcare professionals to correct myocardial perfusion PET images for transmission and emission misregistration, prompt gamma events, photon scatter and image noise. The system processes perfusion and gated PET reconstructed emission and transmission data to create corrected 3D tomographic data. The user can select correction parameters, filter settings, range of reconstruction, and registration setting. The use of this system is limited to qualified, licensed healthcare providers (radiologists, nuclear cardiologists or nuclear medicine physicians) trained in the use of nuclear medicine imaging devices.

The ImagenSPECT™ system is a software application that provides a processing environment for the analysis and display of cardiac SPECT images. The results of this processing may be used in determining the presence of cardiac diseases. Data for ImagenSPECT is derived from a nuclear medicine gamma camera. The resulting datasets may be either planar or 3D tomograms of patient anatomy.

ImagenSPECTTM is a Windows application which allows physicians and healthcare professionals to inspect. reconstruct and reorient myocardial perfusion SPECT images. The system processes gated and ungated SPECT cardiac images to create 3D tomographic data. The user can correct for patient motion, change filter setting, change reconstruction settings, range of reconstruction, and reorientation angles. The application also models the influence of distance dependent blur. The use of this system is limited to qualified, licensed healthcare providers (radiologists, nuclear cardiologists or nuclear medicine physicians) trained in the use of nuclear medicine imaging devices. The ImagenSPECT™ system is designed to take nuclear medicine data from commercially available SPECT systems and process the data into a format that can be visualized by a separate computer program or workstation.

The Imagen3D™ system is software application that works in conjunction with ImagenPRO® to correct for photon scatter and prompt gamma contamination present in PET 3D data. The resulting 3D datasets can be reconstructed using ImagenPRO® to produce PET and/or PET/CT reconstructed tomograms.

Imagen3D™ is a Windows application that works in conjunction with ImagenPRO® as an additional processing step for data acquired in 3D (septa retracted mode). Because of the increase count rate of PET scanners in 3D mode, a lower dosage of the radiopharmaceutical is recommended to avoid dead time issues with the scanners. The resulting 3D sinograms can then be processed in ImagenPRO® to produce 3D tomograms. The use of this system is limited to qualified, licensed healthcare providers (radiologists, nuclear cardiologists or nuclear medicine physicians) trained in the use of nuclear medicine imaging devices. The Imagen3D™ system is designed to take Fourier rebinned sinogram data from commercially available dedicated PET and PET/CT systems acquired in 3D (septa retracted) and scatter correct the data for export into ImagenPRO® for tomographic processing.

The ImagenMD™ with ImagenQ™ system is software that allows the user to visualize raw PET and/or PET/CT data, assist in evaluating the quality of PET scans, and perform quantitative measurements of tracer uptake to aid in the interpretation of myocardial perfusion PET images.

ImagenMD™ with ImagenQ™ is a Windows software application which allows physicians and healthcare professionals to inspect, quantitatively and automatically perform calculations on myocardial perfusion PET images. The user can perform quality assessments, automatically and manually select myocardial boundaries and alignment, and visualize the results of quantitative perfusion calculations. The use of this system is limited to qualified, licensed healthcare providers (radiologists, nuclear cardiologists or nuclear medicine physicians) trained in the use of nuclear medicine imaging devices.

The ImagenPRO™ system is a software and/or computer system that allows the user to visualize raw PET and/or PET/CT data, reconstruct myocardial perfusion PET or PET/CT images and reorient PET and/or PET/CT reconstructed tomograms.

ImagenPRO™ is a software application installed on desktop computers which allows physicians and healthcare professionals to inspect, reconstruct and reorient myocardial perfusion PET images. The system processes perfusion and gated PET raw emission and transmission data to create 3D tomographic data. The user can select correction parameters, filter setting, range of reconstruction, and reorientation angles. Use of this system is limited to qualified, licensed healthcare providers (radiologists, nuclear cardiologists or nuclear medicine physicians) trained in the use of nuclear medicine imaging devices.

The ImagenMD™ system is a software and computer system that allows the user to view myocardial perfusion SPEC or PET images from a remote location. The system allows the user to view quantify and process perfusion and gated SPECT images.

ImagenMD™ is a software application installed on laptop computers which allows physicians and healthcare professionals to view myocardial perfusion SPECT or PET images from their office, hospital or home. The system processes perfusion and gated SPECT performing quantitative data analysis. The user can select raw, short axis, transmission slice and gated short axis studies for the purpose of examining those images for abnormalities and artifacts. The system contains optional databases which quantify the extent and severity of myocardial defects. Also included is an application for the display and analysis of gated short axis blood pool SPECT datasets. Use of this system is limited to qualified, licensed healthcare providers (radiologists, nuclear cardiologists or nuclear medicine physicians) trained in the use of nuclear medicine imaging devices.