Precision medicine - At the heart of heart failure therapy
Dyssynchronous heart failure is an electrical and mechanical disease. The PaCRTool-system enables the physician to measure both electrical and mechanical effects of dyssynchrony and correctly identify the patient who will benefit from therapy!
Heart failure is one of the leading causes of death worldwide. Cardiac Resynchronization Therapy (CRT) is one of the most powerful therapies for heart failure. However, only a limited number of patients respond to therapy. The PaCRTool-system solves the problem by accurately identify patient who will benefit from therapy. This is Precision Medicine applied in heart failure therapy!
Screenshot from the PaCRTool-system
The PaCRTool system
The system allows patient-specific collection of heart models, electrical activation, and mechanical function. Using a novel, on-sight evaluation approach, the underlying substrate of the dyssynchronous heart failure is identified and optimal therapy applied. The outcome is immediately validated to ensure long term response to Cardiac Resynchronization Therapy.
The PaCRTool system delivers groundbreaking biomarkers for cardiac resynchronization therapy.
Dyssynchrony and resulting dyssynergy are measured with a piezo-resistive and electrode sensor-catheter. Resynchronization is optimized and validated before lead and electrodes are deployed. The system opens up for validation of selective pacing sites, storage of full patient characteristics of the in-hospital cohort, big data farming, and collaboration with hospital clusters world-wide.
The company offers a unique opportunity to take part in the MedTech endeavor together with a dedicated team of excellent medical and computer engineering experts.
We are searching for people who share our vision of expanding treatment opportunities while becoming world leaders within the field. Get in touch...