The Mechanical Circulatory Support Research Program studies devices that support the heart and blood circulation for patients in heart failure. The program is made up of cardiologists, cardiothoracic surgeons, and biomechanical engineers, working together on researching both small and large devices that are either already in use or still in the experimental phase.
Small devices being researched include:
- Left-to-right atrial shunts, which aim to alleviate pressure on the left atrium of the heart
- Short-term devices designed to treat cardiorenal syndrome and acute heart failure
- Permanent implantable monitoring systems
Larger devices being researched include devices considered as a “bridge” to heart transplant. These are used to help keep patients alive and regain strength while waiting for a donor heart, and include:
- Left Ventricular Assist Devices (LVADs)
- The BiVACOR Total Artificial Heart – an innovative Australian-designed device
The team also conducts experiments on mock (artificial) circulation systems to test theories and validate hypotheses of ways to improve implanted mechanical circulatory support systems for patients. This pioneering research is central to the team’s ongoing advancements in this field of medicine.
For those interested in undertaking a PhD (medicine/engineering) in this area of research, please contact Beatrice Hayward: beatrice.a.hayward@svha.org.au