to stress tests and invasive angiography
The Virtual Cardiac Stress (VCAST) is a patented medical system developed by Kardiolytics to assess the hemodynamic significance of coronary artery atherosclerotic stenosis. It delivers detailed, real-time visualizations of coronary anatomy and flow dynamics, including computed quantities of blood, pressure, and velocity to assist physicians in completing the diagnosis and designing the treatment plan for coronary artery disease.
All data that are required for VCAST come from a widely available and inexpensive CT-scan imaging that is conducted by a technician and not a doctor and the results can be forwarded to a doctor remotely. It is independent of imaging equipment, imaging protocols, and equipment vendors.
Offers non-invasive assessment of the hemodynamic significance of coronary artery atherosclerotic lesions, therefore, imposing no risk, cost, and availability problems involved in the traditional FFR diagnostics (which include inserting a pressure wire into coronary arteries)
Involves no additional, significant radiation exposure related to inserting a pressure wire into coronary arteries
Uses AI and Big Data Learning methods to segment, reconstruct, and predict hemodynamic index and changes in flow rate, heart rate, and degree of stenosis
Offers personalized models of coronary vessel anatomy including highly informative for the physician, 3D imaging of blood vessels
Offers advanced risk analysis of the progression of coronary stenosis
Offers personalized planning, simulation, and prediction of the personalized effects of revascularization
Kardiolytics Virtual Cardiac Stress Test (VCAST) is software for simulating coronary vessel physiology for clinical quantitative and qualitative analysis of previously acquired data from computer tomography in DICOM format, specifically for clinically stable, symptomatic patients with coronary artery disease.
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