Discover Services

Explore a wide range of services available through the AAF. If your organisation is connected to the AAF, you can seamlessly access these services via your institution's Identity Provider.

ACCESS Hive Forum


The ACCESS-Hive Forum is the place where the ACCESS user community and its scientific working groups can exchange ideas and provide support.

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ADAPT3-Production


Australian Data Archive Processing Tool v3 is a utility tools set that the Australian Data Archive uses as part of its archiving workflows.

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APF Variant DB


National Variant Database

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Australian Data Archive Deposit Dataverse


ADA dataverse DEPOSIT Site, used by Data Owners to Self-Deposit their data and supporting documentation

CPM variant database


CPM Variant database

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Research Vocabularies Australia


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CPM variant database

The Centre for Personalised Medicine (CPM) receives referrals for patients living with complex or difficult to treat immune disease. The Centre is a partnership between The Australian National University (ANU) and Canberra Health Services (CHS) and is based in Australia's national capital, Canberra.  The CPM program is nationally at the forefront of developing and delivering personalised medicine for immune diseases.
Conventional treatment of immune disease assumes that the causes of these illnesses are similar for everyone. As a result, treatments can be ineffective with significant side effects. The CPM seeks to identify and understand the cellular and genetic basis of an individual's illness with the aim of developing personalised treatments. The CPM's unique combination of world-class facilities and scientific expertise in genetics, protein biology, immunology, and medicine makes it the only one of its kind in Australia.
Our Vision is to revolutionise the care of patients living with immune-mediated diseases through personalised diagnosis and treatment.
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Our Mission is to change the approach to the treatment of these immune diseases by identifying the individual causes of illness and develop personalised treatments by:
  • Understanding the unique genetic signatures underlying individual autoimmune conditions.
  • Developing cutting-edge tools and technologies to analyse and interpret the immune causes of complex disease.
  • Translating these discoveries into personalised treatment plans tailored to each patient's specific needs.
Learn more about our current areas of research: