approaches to coronary revascularization; and anastomotic connectors.
-- "Advanced Skills Set for Cardiothoracic Residents," directed by Robert
A. Guyton, M.D. In this course, senior surgical faculty with
specialization in coronary and valvular heart disease will cover the
technical aspects associated with reoperative CABG, aortic valve
replacement and mitral valve repair. Hands-on laboratory experience
will include new technologies in the performance of proximal and distal
coronary anastomoses, performance of a variety of mechanical and
bioprosthetic aortic valves, and performance of a variety of new and
classic mitral valve repair techniques.
Cardica is an in-kind sponsor of STS.
About the C-Port xA and Flex A Anastomosis Systems
Cardica's C-Port systems are designed to enable automated, reliable and reproducible connections of blood vessels during CABG surgery. Unlike most hand-sewn anastomoses, Cardica's C-Port systems create compliant anastomoses that can expand and contract with blood flow. In addition, the C-Port anastomosis systems, whether used during on- or off- pump surgery, offer surgeons unique access to a wide range of coronary arteries, particularly small coronary arteries on which, in the past, CABG procedures have been very difficult or impossible to perform. The C-Port Flex A system features several innovative modifications to Cardica's C-Port xA system. The C-Port Flex A system has a flexible, rather than rigid, shaft and is designed to create compliant anastomoses in vessels as small as one millimeter in internal diameter. Importantly, the flexible shaft is designed to allow surgeons to position the device to create a secure connection even in difficult to reach areas of the heart.
About Cardica
Cardica is a leading provider of automated anastomosis systems for
coronary arte
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