CASE STUDY World-first clinical trial improves patient outcomes for kidney transplants
Dr Michael Collins
Royal Adelaide Hospital
Filmed August 2023
A world-first clinical trial conducted at the Royal Adelaide Hospital (RAH) and at hospitals across Australia and New Zealand has identified the best fluid treatment to reduce the risk of patients requiring dialysis after a kidney transplant.
Around one in three people who receive a kidney transplant suffer delayed graft function, which means the transplant doesn’t work immediately and they require dialysis.
The lead-author of the study, was Royal Adelaide Hospital Nephrologist and University of Adelaide researcher, Dr Michael Collins.
During the four-year study, fluids were trialled in 808 patients with kidney failure, who received a kidney transplant from a deceased organ donor at the RAH and 15 other hospitals in Australia and New Zealand.
Researchers at the University of Adelaide and University of Sydney, found 30 per cent of participants who received Plasma-Lyte 148 needed dialysis after transplant, compared with 40 per cent of participants who received saline.
The results of the study are now being used to improve the health of kidney transplant patients in Australia and New Zealand and it is likely that practice will change at transplant units around the world.
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Dr Ryan O’Hare Doig
NEIL SACHSE CENTRE FOR SPINAL CORD RESEARCH (SAHMRI)
SOUTH AUSTRALIA
AUSTRALIA -
CASE STUDY Large scale genetic study finds link between Irritable Bowel Syndrome & cardiovascular system
Research published April 2024 in the journal Cellular and Molecular Gastroenterology and Hepatology sheds light on disease mechanisms common to irritable bowel syndrome (IBS) and cardiovascular diseases (CVD).
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Metabolic phenotyping, lipidomics & bioinformatics in dementia
Dr Luke Whiley is a dementia researcher whose work focuses on understanding how the body’s metabolism, particularly the biology of fats known as lipids, influences our health throughout ageing.
His research explores how the body responds to illness, lifestyle, and environmental stress at a chemical level, and how these responses shape longterm disease risk. Using advanced blood-based measurement technologies, Dr Whiley studies thousands of small molecules at once to build a snapshot of a person’s metabolic health. By combining these measurements with data science approaches, his work identifies biological pathways that become disrupted in disease, providing insight into why some people are more vulnerable to conditions such as dementia.
