Close this search box.

Latest News

World Creativity and Innovation Day: 3D Modelling to help treat CKD patients.

In the realm of medical innovation, certain challenges stand as formidable obstacles, demanding creative solutions and unwavering dedication. Among these challenges is the enigma of dialysis fistulas—a lifeline for thousands grappling with chronic kidney disease. Yet, despite their crucial role in facilitating haemodialysis, a significant proportion of these fistulas fail, leaving patients vulnerable and their futures uncertain.

However, amidst this uncertainty shines a beacon of hope: the pioneering research led by Dr. Nasir Shah and his team. Supported by annual grants and driven by a commitment to transformative change, their work promises to revolutionize the landscape of dialysis care through the power of 3D modelling and a deeper understanding of vascular health.


Why do dialysis patients need a fistula?

To grasp the significance of Dr. Shah’s research, it’s essential to first understand the complexities surrounding dialysis fistulas and their pivotal role in patient care. In Australia alone, approximately 10% of adults contend with chronic kidney disease, a condition that necessitates life-saving dialysis treatment for thousands. Dialysis, whether through haemodialysis or peritoneal dialysis, serves as a crucial intervention, cleansing the blood of toxins and excess fluid to sustain life.

Central to the success of haemodialysis is the creation of a dialysis fistula—a surgically constructed connection between an artery and a vein. This fistula serves as the gateway through which blood is accessed and purified by the dialysis machine. However, despite its critical importance, nearly half of these fistulas fail to function adequately, posing a significant challenge for patients and healthcare providers alike.


What are the complications of dialysis fistula failure?

The ramifications of fistula failure extend far beyond mere inconvenience. For patients, it can mean prolonged hospital stays, increased risk of infection, and diminished quality of life. Moreover, the financial burden associated with frequent interventions and alternative dialysis methods places additional strain on healthcare systems.

Yet, perhaps most concerning is the lack of understanding surrounding why these fistulas fail. Without clear insights into the underlying mechanisms driving failure, healthcare providers are left powerless to predict or prevent these occurrences effectively. It’s a conundrum that has long confounded researchers and underscored the urgent need for innovative solutions.


Dr. Shah’s medical innovation for patients experiencing fistula failure.

Against this backdrop of challenge and uncertainty, Dr. Shah’s research emerges as a beacon of hope—a testament to the power of medical innovation. At the heart of his approach lies the transformative potential of 3D modelling—a cutting-edge technology that promises to illuminate the intricacies of vascular health in unprecedented detail.

With the creation of patient-specific 3D models, Dr. Shah and his team can simulate the behaviour of vascular cells and the dynamics of blood flow within dialysis fistulas. This revolutionary approach offers insights into the underlying factors contributing to fistula failure, empowering healthcare providers with the knowledge needed to optimise patient outcomes.


Promise of personalised care for patients with CKD

One of the most exciting aspects of Dr. Shah’s research is its potential to usher in a new era of personalised medicine. By tailoring treatment strategies to the unique characteristics of each patient’s vascular system, healthcare providers can optimise the longevity and functionality of dialysis fistulas, ultimately improving patient outcomes and enhancing quality of life.

Moreover, the knowledge gained from this research extends beyond the realm of dialysis care, offering insights into broader issues related to vascular health and blood flow dynamics. From cardiovascular disease to organ transplantation, the implications of Dr. Shah’s work are far-reaching, promising to transform our understanding of human physiology and revolutionise the way we approach patient care.


Impact of Dr. Shah’s research at POWH

As a leading centre for renal care, Prince of Wales Hospital is uniquely positioned to benefit from the insights gleaned through Dr. Shah’s groundbreaking work.

For patients at Prince of Wales Hospital, the impact of this research is tangible and immediate. It means shorter hospital stays, fewer complications, and a renewed sense of hope for the future. It means reclaiming precious moments with loved ones, free from the burden of uncertainty and fear.

But the impact doesn’t stop there. As knowledge spreads and technologies evolve, the lessons learned from Dr. Shah’s research will ripple across the broader medical community, shaping the future of renal care and setting new standards for excellence in patient-centred medicine.


Dr. Shah’s research brings us one step closer to a world where health, happiness, and a healthier tomorrow thanks to donors like you. Help us continue to support work like Dr Shah’s today and give towards a healthier tomorrow at POWH.