Two Hudson Institute researchers, Dr Jun Yang and Dr Maree Bilandzic have been successful in the 2019 IMPACT Philanthropy program, from Perpetual, which are awarded to organisations based on their strategy, outcomes, capability and leaderships.
Congratulations to Drs Bilandzic and Yang and their teams. Their research will improve the understanding, prevention and treatment of a range of Australian and global health challenges.
The hunt for primary aldosteronism, acurable cause of high blood pressure
Grant amount: $82,099
Primary aldosteronism (PA) is a potentially curable form of high blood pressure that most likely affects over half a million adults in Australia. However, fewer than 1000 people are diagnosed with PA. The Perpetual IMPACT Grant will support our research as the first in Australia to determine how many people suffer from this condition, and to find better markers of PA in immune cells.
The study will positively impact on patients, doctors and the health economy. Patients will be offered effective treatment of their hypertension and experience fewer strokes, heart attacks and arrythmias. Doctors will receive updated guidelines to better manage blood pressure. The cost of unnecessary drugs will decrease as patients are given targeted treatment or cure for their hypertension.
It is hoped that the study outcomes may lead to an overhaul of the Australian hypertension management guidelines, change the practice of family doctors and improve the life expectancy of countless Australians through the early detection of a silent killer.
Dr Maree Bilandzic
Developing a Circulating Tumour Cell Test For Improved Management of Ovarian Cancers
Grant amount: $70,000
Five year survival rates for ovarian cancer are less and 30 per cent, and for more than 90 per cent of women the disease reoccurs; ultimately manifesting in resistant disease. There are no existing strategies to monitor chemotherapy response or early relapse.
The Perpetual Impact Philanthropy grant will help Drs Bilandzic and Stephens to develop and validate a newly identified cell marker that could be used to measure response to treatment and predict early disease recurrence. Earlier intervention during relapse will enable better treatment, resulting in improved quality of life and higher rates of survival.