CLINICAL GUIDELINES FOR DIAGNOSTICS AND EARLY INTERVENTION IN PRIMARY ALDOSTERONISM
RESEARCHER PROFILE
Associate Professor Jun Yang (Filmed May 2024)
Head of Endocrine Hypertension Group, Hudson Institute of Medical Research
Consultant Endocrinologist at Monash Health &
Senior Researcher in Department of Medicine at Monash University, Victoria, Australia
Associate Professor Jun Yang is the Head of the Endocrine Hypertension Group at Hudson Institute of Medical Research, Consultant Endocrinologist at Monash Health and Senior Researcher in the Department of Medicine at Monash University, Victoria, Australia.
Yang graduated from Monash University with a MBBS (Hon) in 2001, obtained the FRACP in 2010 and completed her PhD on tissue-selective coregulators of the mineralocorticoid receptor (MR) in 2013.
She has continued basic and clinical research in the field of MR-driven cardiovascular disease, in particular, primary aldosteronism. Primary Aldosteronism (PA), or Conn Syndrome, is the most commonly under-diagnosed cause of high blood pressure affecting millions of people. Jun’s goal is to facilitate the diagnosis of every case of PA and make treatment widely available to all communities including the disadvantaged.
She established the Endocrine Hypertension Service in 2016 and co-leads the NHMRC Centre of Research Excellence in Primary Aldosteronism.
“My main interest lies in the translation of primary aldosteronism research into revised clinical guidelines, improved diagnostic tools and transformed practice to help patients. In addition, I am identifying the earliest point of disease occurrence with the aim of enabling earlier intervention and return to health”, says Associate Professor Yang.
Together with national and international collaborators, her research program seeks to improve the detection and understanding of primary aldosteronism to achieve improved patient outcomes.
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Applying artificial intelligence to medical imaging for cardiovascular disease detection
Parmida is a software engineer and biomedical scientist whose research focuses on translating novel medical imaging technologies into clinical practice to improve the diagnosis and management of cardiovascular disease.
Her current work applies advanced deep learning techniques to retinal polarization-sensitive optical coherence tomography (PS-OCT) imaging, aiming to generate clinically meaningful biomarkers and predictions of cardiovascular disease. Parmida’s collaboration partners include Fiona Stanley Hospital in Murdoch, Western Australia.
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Corneal and Ocular Surface Immunology and Regeneration
Assoc Professor Holly Chinnery’s career in ocular immunology began with a focus on animal models; however, it has recently transitioned into clinical imaging studies involving human research participants. The ability to visualise the immune system and sensory nerves in the human cornea represents a significant advantage in corneal immunology and neuroimmunology research.
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Investigating the benefits of donor human milk for preterm infants
Together, SAHMRI and Lifeblood are leading a consortium to revolutionise the way human milk, and novel products made from human milk, are used as nutritional and medical interventions to improve health outcomes in vulnerable infants, but with potential application for a diverse range of medical indications.
Currently, babies who are born early preterm – before 32 weeks – are given donor milk when their own mother’s milk is not available or in short supply. Whether donor milk is beneficial for babies born just a few weeks early is unclear, as very little research has been undertaken with these babies.
The GIFT Trial will soon commence as an investigation between SAHMRI, the University of Adelaide, the Red Cross Lifeblood Milk Bank conducted at five sites across three states in Australia.
