Using computational fluid analysis, applied physiology and artificial intelligence together with the patient’s unique hemometabolic profile, we can model the anticipated response of a patient to medications and support devices. We integrate all of this information to create the Virtual Patient Simulator.

We match the patient to the optimal therapy at the optimal time to improve patient outcomes.

We provide consulting services to medical device companies with the goal to maximize performance from their pump while minimizing the hemodynamic disruption of the structural integrity and function of the native heart.

Our goal is to design medical technologies that are truly “smart” and adapt to the unique physiologic needs of the patient

Using advanced hemodynamic parameters and the concept of the hemometabolic profile, we can provide a complete physiologic assessment for a given patient and provide important prognostic information to guide care.

Complex patients can be referred for a personalized invasive hemodynamic assessment and consultation at our Physiological Assessment Center (PAC).

Using applied physiology and patient-specific modeling, we can define the cardioenergetic state of a patient.

We are building the next generation smart systems that vary based on the real-time physiologic needs to help promote myocardial recovery and stabilization of cardiogenic shock.