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Find a researcher
Find your prospective supervisor, research project or research group, collaborator or expert by searching UNSW Sydney Researcher Profiles. Use keywords to view their research interests, publications and areas of expertise.
Bioengineered growth factor binding scaffolds
Field of Research (FoR):
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Diabetes is a world-wide health issue that affects approximately 1.7 million Australians. Diabetes causes changes throughout the body including impairing the ability to heal wounds that are typically located on the feet and lower legs.
Nanoparticle interactions with the vasculature
Field of Research (FoR):
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Nanoparticles are extensively explored for many cell contacting application such as drug delivery and diagnostic imaging with their safety a topic of much debate and largely related to accumulation within cells.
Computational modelling to create a virtual map of arterial shape and blood flow
Field of Research (FoR):
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Research Project seeking students: Cardiovascular disease is the single largest killer in the world, causing heart attacks and strokes. Experimental investigation of underlying principals are key in combating this epidemic, however individual considerations are still completely missing.
Using Biomedical Engineering to Personalise Heart Disease Treatment
Field of Research (FoR):
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Research project seeking students: Stents are meshed wired scaffolds implanted into narrowed arteries to prevent heart attacks and strokes. They still fail in 1 in 10 patients besides being the most common treatment for the largest cause of death world-wide.
Machine Learning for Personalised Heart Disease Treatment
Field of Research (FoR):
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Cardiovascular disease is the single largest killer in the world, causing heart attacks and strokes. Experimental investigation of underlying principals are key in combating this epidemic, however individual considerations are still completely missing.
Modelling Cardiovascular–Rotary Blood Pump Interactions
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Simplified fluid-structure interaction model of ventricular assist flow in the presence of contracting heart wall and aortic valve leaflets. Ventricular inlet (left) and outlet (right) boundaries are shown as white squares, and ventricular assist flow occurs through the outlet at the bottom.
Hybrid Sensor-based Physiological Control of an Implantable Rotary Blood Pump
Field of Research (FoR):
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The principal goal in controlling rotary blood pumps used as ventricular assist devices in heart failure patients is to mimic the natural heart behaviour so that the body's metabolic requirements are met while avoiding harmful states associated with over and under pumping.