SPECT and SPECT/CT Product Showcase

June 30, 2017
Molecular Imaging SPECT
From the June 2017 issue of HealthCare Business News magazine


Hermes
SUV SPECT
The HERMES SUV SPECT revolutionizes quantitative imaging by converting recorded counts per voxel into activity per unit volume with SUV calculations, providing essential and accurate quantitative results. Combined with attenuation correction from a hybrid SPECT-CT scanner or SPECT-only camera (utilizing an independent CT) and a Monte Carlo-modeled scatter correction, HERMES SUV SPECT brings SPECT-CT scanners from any manufacturer to the next level. More than 6,000 studies performed, 100 global partners. Visit us to learn more about this breakthrough clinical application (FDA, CE, Health Canada, CFDA-China) supporting Tc99m, I123, In111, I131, TI201, Ga67, Lu177 tracers and more.



MIM Encore


MIM
MIM Encore
A single platform solution for general nuclear medicine, PET/CT, SPECT/CT and PET/MRI. Vendor neutral multi-modality image fusion and processing with advanced application for therapy response assessment. Greater accuracy for PET tumor segmentation with PET Edge, an innovative gradient-based segmentation method. Available on Windows and MAC as well as thin-client platforms.

MIMneuro


MIM
MIMneuro
MIMneuro is a fully automated and quantitative PET/SPECT analysis package that assists in the detection of various neurological disorders and includes databases of normals for FDG, Amyvid™, HMPAO, Neuraceq™, Vizamyl™ and DaTscan™. Statistically significant differences from the normals are highlighted for each voxel in the brain or for anatomical brain regions. Brain atlas regions can also be used to calculate SUV ratios (SUVR) comparing at-risk brain regions to reference structures such as the cerebellum. An automated neuro subtraction workflow is included for highlighting differences in serial exams or baseline and activation studies.

MIMcardiac

MIM
MIMcardiac
MIMcardiac provides quantitative analysis of PET and SPECT for generating left ventricular functional parameters. Image fusion can be performed for stress/rest and perfusion/metabolism. These functional images can also be fused to CCTA or MRA.

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