Research Highlights

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Dr Anna Waterhouse joins HRI as Group Leader

Dr Anna Waterhouse joins HRI as Group Leader

The HRI is pleased to welcome Dr Anna Waterhouse as Group Leader of the Cardiovascular Medical Devices Group and Senior Lecturer at the University of Sydney. Dr Waterhouse’s research focuses on how medical devices – such as artificial hearts, stents and bypass machines – interact with the body. Her aim is to understand the interactions of medical devices with patients’ blood, proteins and cells to develop more sophisticated and compatible materials. 

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A new generation of blood vessels?

A new generation of blood vessels?
The HRI’s Applied Materials Group is working to develop the next generation of bioactive materials – materials that can bond to living tissues.
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Glowing Stem Cells Mend Broken Hearts

Glowing Stem Cells Mend Broken Hearts

HRI researcher is heralding hope for broken hearts with a cutting-edge tool that helps scientists fast-track exciting new therapies to mend damaged organs.

Richard Tan from the Heart Research Institute in Sydney has developed a glowing stem cell tracker model that could change the way the science community develops life-saving tissue therapies.

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HRI researchers mentor talented students from New Zealand

HRI researchers mentor talented students from New Zealand

HRI has welcomed eight talented researchers from New Zealand to take part in a summer scholarship at the HRI. Launched in December 2016, the 8-week scholarship provided high-achieving and promising Kiwi students the opportunity to work on a medical research project directly related to cardiovascular disease, expand on their skills and knowledge and be mentored in a world-class research institute. 

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Aussies pioneer new approach to mend broken hearts

Aussies pioneer new approach to mend broken hearts

A printer that builds beating 3D hearts in a laboratory could soon be saving the lives of heart attack patients if a pioneering Australian trial proves successful. The Heart Research Institute has bought a 3D bio-printer to engineer human heart tissue that can be stuck directly to a damaged organ following an attack. 

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