RV Strain

Robust Feature Tracking Algorithm

Medis Suite’s atrial strain analysis module boasts a robust algorithm that has been developed by key opinion leaders in the field. This algorithm provides state-of-the-art feature tracking technology to accurately track the myocardial from SSFP (Steady-State Free Precession) images enabling strain measurements. This approach ensures reliable and precise measurements, providing healthcare professionals with confidence in the accuracy of their diagnostic assessments.

Efficient Processing: Seamless Integration with QMass

Medis Suite CT offers seamless integration with QMass, allowing users to re-use contours and streamline the processing workflow. By using contours from QMass, the software eliminates the need for repetitive manual tracing, saving time and optimizing efficiency. This efficient processing feature enables healthcare professionals to obtain optimal results without compromising accuracy or productivity.

Precise Quantification: Global and Segmental Parameters

Medis Suite’s RV strain analysis module enables precise quantification of strain parameters. In the RV 4 Chamber orientation, the software quantifies RV global strain parameters, including Global Longitudinal Strain (GLS) and Fractional Area Change. Additionally, Medis Suite allows for the quantification of RV segmental strain parameters, such as strain, strain rate, and velocity, for the septum and free wall. This detailed quantification enhances the understanding of RV function and aids in the diagnosis and management of cardiovascular conditions.

Detailed Results and Export Capability: MS-Excel Integration

Medis Suite’s RV strain module generates detailed results, providing comprehensive insights into the RV. The software provides next to the clinical output an option to export detailed results to MS-Excel, facilitating further analysis and customization as needed. This export capability enhances data collecting supporting research to get additional insights of the atria and its connection with entire cardiac function.