Core Faculty

Daniel Burkhoff, MD, PhD

Cardiovascular Research Foundation
New York

Nir Uriel, MD

University of Chicago Medicine
Chicago

Jiri Maly, MD, PhD

Institute for Clinical and Experimental Medicine
Prague

Eyal Ben-Assa, MD

Tel Aviv Sourasky Medical Center
Tel Aviv

AGENDA

5:00 pm
Overview of Course Objectives and Agenda
  • How to Navigate the Harvi App
5:15 pm

6:00 pm
Pressure-Volume Relations and Analysis of:
  • Preload/Afterload/Contractility/Diastole/Basics of Myocardial Metabolism (MVO2-PVA)
  • Online Tutorial With Cardiovascular Simulation (Harvi)
6:15 pm
Break
6:30 pm

7:15 pm
Device-Based Approaches to Acute Heart Failure and Cardiogenic Shock
  • ECMO vs. LVAD for Cardiogenic Shock
  • Online Tutorial With Cardiovascular Simulation (Harvi)

7:30 pm
8:15 pm
Advanced Physiology of Aortic Stenosis:
  • Valvular and Vascular Interaction/Low-Gradient AS/MCS-Assisted Valvuloplasty
  • Online Tutorial With Cardiovascular Simulation (Harvi)
8:30 pm
Adjourn

OBJECTIVES

This course will provide an in-depth introduction to the fundamentals of cardiovascular physiology relevant to understanding the hemodynamics and therapeutics of cardiogenic shock and aortic stenosis.

A key feature of this course will be hands-on experience with “Harvi,” a novel cardiovascular simulation and textbook that allows you to learn about clinically important aspects of the pathophysiology and therapeutics in an interactive, online environment that provides a “learn-by-doing” experience.

You will be provided access to Harvi and we will be using it extensively throughout the program as we work through exercises to explore and compare the hemodynamic and metabolic effects of different therapies. Accordingly, we encourage each of you to bring your laptop computer to this program.

It is important to be present from the beginning of the program, since we will be reviewing background information and instructions on use of the simulation. We will build on this foundation throughout the rest of the program.

The Harvi web app is optimized to run in the Chrome browser on both laptop and desktop computers. If you do not already have Chrome installed on your laptop computer, please visit: https://www.google.com/chrome/browser/desktop/index.html