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Fast, Robust Quantitative Cardiac PET
Quantitative Myocardial Blood Flow for Cardiac PET
Testimonial
Upgrading from ImagenQ 2.1 to ImagenQ 3.0 has significantly enhanced our cardiac PET workflow. The expanded PET/CT integration streamlined our processing steps and reduced manual adjustments during quantification. We’ve noticed improved efficiency in myocardial blood flow analysis and greater confidence in our quantitative results. The transition process was smooth, with excellent vendor support and training that allowed our team to adapt quickly.
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Mike Comp
Nuclear Medicine/CT Supervisor
Cardiovascular Medicine, PLLC
Blood Flow with PET
The measurement of myocardial blood flow begins with the injection or infusion of a radioactive tracer. This tracer is then absorbed out of the blood into the heart cells (myocytes) where it is retained.
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ImagenQ™ measures the activity in the blood and the retained tracer in the myocytes. Using a mathematical model for tracer uptake, ImagenQ™ solves for the blood flow to the heart.
Dynamic Illustration of Tracer Transport
ImagenQ 3.0™ is a feature rich environment that combines sophisticated blood flow modeling with an easy to use, efficient interface.​
Other ImagenQ 3.0™ Features
ImagenQ is feature rich for providing a complete blood flow assessment
Patient Management
ImagenHub is the central hub for managing patient data and launching CVIT applications. Click above for a tour!
Motion Compensation
Patient motion is one of the most tricky problems in cardiac blood flow imaging. Newer tracers that require longer acquisition times can have more of these artifacts. ImagenQ 3.0 has an easy to use interface for choosing the best uptake frame and compensating for patient motion.
Dextrocardia
Dextrocardia is a rare condition where the patient's heart is located on the right side of the body instead of the left. ImagenQ 3.0 easily manages these patients by inverting the left and right sides with the click of a button.