Kenneth Eliasen

Title: Innovations of Kenneth Eliasen

Introduction

Kenneth Eliasen is a notable inventor based in Cottonwood Heights, Utah. He has made significant contributions to the field of medical devices, particularly in the area of aortic occlusion and perfusion technology. With a total of three patents to his name, Eliasen's work has the potential to impact patient care in critical situations.

Latest Patents

One of Kenneth Eliasen's latest patents is a Peripheral Antegrade Perfusion and Occlusion Device. This innovative aortic occlusion and perfusion device includes an expandable member designed to expand within the aorta. The device features a catheter that extends proximally from the expandable member, allowing for fluid communication. The catheter is equipped with openings that enable blood to pass through, with some openings located proximal to the expandable member and others within it. Additionally, the catheter defines a lumen that is not in fluid communication with the distal end portion, ensuring controlled blood flow. A flow control sheath surrounds the catheter, allowing for selective occlusion or uncovering of the openings, thereby enhancing the device's functionality.

Career Highlights

Kenneth Eliasen has established himself as a key figure in the medical device industry. His work at Edwards Lifesciences Corporation has allowed him to collaborate with other talented professionals and contribute to groundbreaking innovations. His expertise in developing advanced medical devices has garnered attention and respect within the field.

Collaborations

Eliasen has worked alongside Adam J. Yestrepsky, a fellow innovator in the medical technology sector. Their collaboration has likely fostered the development of new ideas and solutions in the realm of aortic occlusion devices.

Conclusion

Kenneth Eliasen's contributions to medical technology, particularly through his patents, demonstrate his commitment to improving patient outcomes. His innovative designs and collaborative efforts continue to shape the future of medical devices.