| Name |
Institution |
Type of Diabetes |
Short Title |
| A/Prof Peter Thorn |
University of Queensland |
Type 2 |
Are there two mechanisms of insulin secretion? |
| A/Prof Lea Delbridge |
University of Melbourne |
Type 1/ Type 2 |
Cardiomyocyte autophagy: Is too much of a good thing bad for the diabetic heart? |
| Dr SueLynn Lau |
Garvan Institute of Medical Research |
Type 2 |
The role of vitamin D signalling in diabetes pathogenesis in the Type 1-alpha-hydroxylase knockout mouse. |
|
Dr Stuart Mannering |
St.Vincent’s Institute of Medical Research |
Type 1 |
Towards insulin-specific peptide therapy to prevent Type 1 diabetes |
| A/Prof Matthew Watt |
Monash University |
Type 2 |
Liver secretory factors link fatty liver to inflammation and insulin resistance |
| Prof John Headrick |
Griffith University |
Type 1/Type 2/Complications |
Protecting the Diabetic Heart: Cell Signalling Changes and the Effects of Age |
| Dr Lars Ittner |
University of Sydney |
Complications |
Effects of defective insulin signaling on tau pathology in a transgenic Alzheimer disease mouse models |
| Prof Julie Owens |
University of Adelaide |
Type 2 |
Does periconceptional folic acid supplementation alter metabolic health of progeny? |
| A/Prof Graham Hillis |
The George Institute |
Complications |
An assessment of the clinical value of biomarkers in the prediction of cardiovascular complications in patients with type ii diabetes mellitus |
| Prof David James |
Garvan Institute of Medical Research |
Type 2 |
The use of traditional Chinese Medicines to identify novel small molecules and their targets for development of novel therapies for Type 2 diabetes |
| Dr David Nikolic-Paterson |
Monash University |
Complications |
A novel approach for the early detection of diabetic kidney disease. |
| Dr Suzanne Rogers |
University of Melbourne |
Type2 |
Nutrient-stimulated glucose transport regulates whole body glucose homeostasis. |
| Dr Jacqueline Stoeckli |
Garvan Institute of Medical Research |
Type 2 |
Mechanistic studies of exercise versus insulin regulation of glucose uptake in skeletal muscle. |
| A/Prof John Whitehead |
University of Queensland |
Type 2 |
Investigating whether reduced adiponectin sialylation contributes to reduced circulating adiponectin levels: a role for the hepatic asialoglycoprotein receptor ? |
| Prof Michael Davies |
Heart Research Institute |
Complications |
Role of hyperglycaemia in inducing dysfunction in arterial endothelial cells |
| Dr Emma Duncan |
University of Queensland |
Other |
Bone Regulation of Energy Metabolism: The Role of Osteocalcin in Determining Obesity and Insulin Resistance. |
| Dr Morton Burt |
Flinders University |
Other |
Acute and chronic effects of glucocorticoids on carbohydrate metabolism in elderly subjects |
| Dr Briony Forbes |
University of Adelaide |
Type 2 |
Defining the insulin receptor phosphorylation “barcode” responsible for metabolic and mitogenic signalling |
| Dr Gerard Hoyne |
University of Notre Dame Australia |
Type 2 |
Understanding the molecular control of Type Type 2 diabetes and obesity |
| Dr Christina Jang |
University of Melbourne |
Type 2 |
Epigenetic regulation of the 11 beta hydroxysteroid dehdrogenase enzymes, 11bHSD1 and 11bHSD2 in Type 2 Diabetes |
| Prof Christina Mitchell |
Monash University |
Type 2 |
The role of SKIP in regulating glucose homeostasis in skeletal muscle |
| Prof Anne-Louise Ponsonby |
Royal Children's Hospital |
Type 1 |
Low neonatal Type 25OHD3 levels and subsequent risk of type Type 1 diabetes mellitus in childhood. |
| Dr Charmaine Simeonovic |
The John Curtin School of Medical Research |
Type 1 |
Molecular remodeling of isolated islets for optimal survival and function of islet transplants |
| A/Prof Tony Tiganis |
Monash University |
Type 2 |
Regulation of CNTF signaling by TCPTP |