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Characterising changes in a proteome of islets and islet cell types during progression to type 2 diabetes

Characterizing changes in a proteome through pathogenesis of diseases can provide unparalleled insights into the mechanisms underpinning disease. In this project, using flow cytomet more...

Supervisor(s): Kebede, Melkam (Dr)

Towards a cure for Type I diabetes mellitus

Retroviral expression of an immunosuppressive peptide in the prevention of islet cell transplantation. more...

Supervisor(s): Manolios, Nicholas (Professor)

Refining cell-based therapies to cure diabetes

The most promising route for a cure for type 1 diabetes is the use of insulin-secreting cells to replace those that have died. more...

Supervisor(s): Thorn, Peter (Professor)

Sorting proinsulin into secretory vesicles

Reduction in glucose-stimulated mature insulin secretion and increased constitutive and regulated secretion of proinsulin are characteristics of β-cell failure. This may be due more...

Supervisor(s): Kebede, Melkam (Dr)

Characterising insulin secretory granules as a function of age

In β-cells, insulin is stored in secretory granules (SGs). Upon stimulation, these SGs deliver insulin to the bloodstream. It is known that SGs exist in two functionally distin more...

Supervisor(s): Kebede, Melkam (Dr)

The role of key driver genes in the pathogenesis of acute renal allograft rejection

This is a PhD project. The successful applicant will be top up scholarship. This study will lead to publish high quality of papers and apply a new NHMRC project grant. more...

Supervisor(s): O'Connell, Philip (Professor), Hu, Min (Dr)

RNA-based biomarkers to understand and predict disease progression

RNA-based biomarkers are becoming increasingly important due to their stability and sensitivity of detection. This project will use in vitro, in vivo and clinical sample analysis b more...

Supervisor(s): Hardikar, Anandwardhan (Associate Professor)

Targeting Regulatory T Cells for the Treatment of Autoimmune Renal Disease

This project will investigate the role of regulatory T cells for the treatment of autoimmunity kidney disease.    more...

Supervisor(s): Alexander, Stephen (Professor), Wang, Yuan Min (Dr)

Identifying the causes of fibrosis after kidney transplantation

This is a PhD project. The successful applicant will be top up scholarship. This study will lead to publish high quality of papers and apply a new NHMRC project grant. more...

Supervisor(s): O'Connell, Philip (Professor)