 Our next presenter is Julie Han. Her presentation is titled, Muscle Powered Counterpulsation VED for long-term cardiac support. What happens to Tony Stark, our superhero, if his arc reactor stops working? He dies. Now what happens to human if our heart fails? Now here's another question. How many Americans do you think die every year? 2.5 million. And among the 2.5 million, 25% of them die of a heart disease. That is, what in every four deaths? Because drugs cannot ultimately cure this disease, and because there aren't enough donated hearts out there, cardiac assist devices are becoming increasingly popular every year. But every single one of these devices share two exact same problems. One, infection risks from percutaneous drive-way and blood clotting problems associated with blood-contacting surfaces. Here we propose a muscle-powered ventricular assist device, or a VED, that solves both of these problems using a muscle energy converter that actuates extra aortic bull and pump. This muscle energy converter is exciting. This is a completely internal battery that generates hydraulic power using your own muscle in your own body, completely internal. And that means no external driveline, no infection risks. Now this muscle energy converter actuates this bull and pump that pulsates in accordance with your own heartbeat. Because this bull and pump wraps around the aorta from the outside, it avoids the direct contact with the bloodstream altogether. And that means no more blood thinners. By combining these two technologies into one device, we're killing two problems with one solution. Sounds simple, right? But the simple system increases cardiac output by 73%. Now that is sound of rescuing a whole lot of people, isn't it? So maybe this and that is the real lifesaver, our superhero. Thank you.