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research fairWMI Research Supervisors Contact List 2010-2011

Click here to view the WMI Research Supervisors Contact List 2010-2011 (PDF 149Kb).

MS research supported with $1.4 million

The NSW Government and Multiple Sclerosis Research Australia today announced $1.4 million in funding and a new network to help researchers in their battle against Multiple Sclerosis. Click here for more (PDF, 33Kb).

 

$12 million boost to Cancer Research

Professor Richard Kefford AM has been leading a team in researching the causes of melanoma since 2006. The research has just rececived a $12 boost to allow the work to continue and extend its collaborative research through the 2010 NHMRC Program Grants. Click here for more (PDF, 99Kb).

 

Australia Day Honour

Westmead Millennium Institute, Director, Professor Anthony Cunningham,  has been awarded an Order of Australia (AO) in the Australia Day Honours List. Click here for more information (PDF, 52Kb).

 

Cancer cellsWMI Annual Report

The latest WMI Annual Report is now available.

Click here for more information.

 

Gene variant provides clue to treating hepatitis C

Hepatitis C

Westmead Millennium Institute scientists led international team of medical researchers to identify a variant in the interferon gene IL28B, linking it with the treatment of chronic hepatitis C virus. Study results now online at Nature Genetics. Click here for more information (PDF).

 

September Major Awareness Days

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The Westmead Millennium Institute is one of the largest medical research institutes in Australia with over 420 staff conducting research into a wide range of important human disorders affecting both adults and children. Our research spans:

  • infectious and immune diseases

  • cancer and leukaemia

  • liver and metabolic diseases

  • eye and brain-related disorders

  • heart and respiratory disorders.

Closely affiliated with both Westmead Hospital and the University of Sydney, our research extends from the laboratory to the patient, using the basic tools of molecular and cell biology, genetic epidemiology, imaging technology and clinical research. This ‘Bench to Bedside’ approach enables greater translation of research from biomedical discovery to the development of new prevention strategies, diagnostics and more effective treatments.

Research in focus

Dr Anna deFazio

Dr deFazio has a long-standing commitment to translational research with an emphasis on gynaecological malignancies. Her research program is focused on improving treatment outcome, particularly for women with ovarian cancer, and on identifying factors that modify risk of developing cancer.

 

She works with a team of postdoctoral researchers, postgraduate students, research assistants and clinical colleagues, and has active collaborations with other local, national and international research groups. The group is supported by national and international peer-reviewed grants.

 

Dr deFazio is on the management committee of the Australian Ovarian Cancer Study (AOCS), a national molecular epidemiology study on ovarian cancer, in collaboration with colleagues at the Peter MacCallum Cancer Centre and the Queensland Institute for Medical Research, and is the head of the AOCS Clinical Follow-up Core. She is also a chief investigator for the Australasian Biospecimens Network (ABN-Oncology).

 

Dr Graham Jones

Dr Graham Jones holds a BSc (Hons) University of Sydney, 1986 and PhD University of Sydney, 1991.

 

Post-doctoral experience at the University of Basel, Switzerland (1992-1998). Research during this time was focussed on the activation of cell surface receptor tyrosine kinases by the extracellular matrix and the regulation of gene transcription by these receptors. This theme was continued during his time at the University Hospital (1998-2001), Basel, and also included the study of human genetics in disease.

Graham's research program has continued to integrate human genetics with cellular and molecular biology, focussing on the immune system.

 

Genetic association studies of children with severe atopic dermatitis have identified several genes encoding cell surface receptors and nuclear transcription factors.

 

Work is now well advanced on understanding how heritable polymorphisms in these genes lead to changes in gene or protein function.

 
     
Link to The University of Sydney Breast Cancer Tissue Bank Core Technology Platforms PhD Opportunities

 

 


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