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About CSIRO

The Commonwealth Scientific and Industrial Research Organisation is Australia's national science agency and one of the largest and most diverse research agencies in the world.

CSIRO's core areas of impact

Contact Enquiries: Phone - 1300 363 400 | Email - Enquiries@csiro.au | Contact Us

Health Technologies

The development of new technologies and smart materials are key to the discovery of novel health and medical products.

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/services/ACBRF.html Scientists working at physical containment level four (PC4), the highest level available. The ACBRF provides specialised pathogen containment space to researchers around the globe.
/science/Fluid-dynamics-for-medical-research.html Red blood cells flowing through an artery ©iStockphoto.com/damaianty Developing original devices and supporting medical device and diagnostics industries. Image: iStockphoto.com
/science/Carbon-Nanotube-Yarn.html Spun carbon nanotube yarn Supporting the establishment of new business activities in the production and use of carbon nanotube yarns.
/science/Bioactive-Discovery.html A Researcher working a chemistry laboratory ©iStockphoto.com/hidesy Our world class capability in the synthesis and design of functional small molecules. Image: iStockphoto.com

CSIRO's research is focused on the following:

Scientists working at physical containment level four (PC4), the highest level available.

Australian Animal Health Laboratory
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Image of a scientist in holding a pipette.

Australian Biotech Growth Partnerships
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Doctors reviewing patient data.

Australian e-Health Research Centre

Australian Animal Health Laboratory - AAHL plays a key role in protecting public health, animal health, community resilience and trade. Learn more>
Australian Biotech Growth Partnerships - Supports the growth of the biotechnology industry, providing access to CSIRO's capabilities and infrastructure. Learn more>
The Australian e-Health Research Centre - A partnership between CSIRO and the Queensland Government, dedicated to improving health services and clinical treatment for Australians. 
Dr Janet Newman - Bio21 Collaborative Crystallisation Centre

Bio21 Collaborative Crystallisation Centre
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Hand held biosensor

Analysis at Point of Sampling (APOS)
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Spun carbon nanotube yarn

Carbon Nanotube Yarn
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Bio21 Collaborative Crystallisation Centre - Bio21-C3 provides the infrastructure capability to advance biotechnology and medical
research. Learn more>
Analysis at Point of Sampling (APOS) - A hand-held sensor systems for detection and analysis of biochemical and biological materials. Learn more>
Carbon Nanotube Yarn - CSIRO is developing ways to use carbon nanotube components in biomedical devices. Learn more>
An ultra-fine nonwoven fabric produced by electrospinning.

Electrospinning creates ultra-fine fibres
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Red blood cells flowing through an artery

Fluid Dynamics
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RAFT Brochure

RAFT technologies
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Electrospinning creates ultra-fine fibres - Experimental textiles produced by electrospinning are being assessed for medical, industrial and environmental applications. Learn more>
Fluid Dynamics - CSIRO’s biofluid dynamics team develops original medical device technologies to support industries involved in medical devices, diagnostics and treatment. Learn more>
RAFT technologies - CSIRO and DuPont have developed Reversible Addition-Fragmentation chain Transfer (RAFT) for the synthesis of highly specific small‑molecule and biological therapeutics. Learn more>

Working closely with industry partners, CSIRO collaborates on product and technology developments for health and medical related outcomes.

CSIRO draws upon the expertise of chemists, biologists, physicists, engineers and material scientists to address key challenges in health. Our focus is on developing new ‘smart’ technologies which offer platform opportunities where specific parts of the technology can be adapted to many end uses in health and medicine.

Second Level:
Health Technologies
Index of health technolgy related information:
  • Image of the Nutritional Genomics Symposium 2010 Logo

    This one-day symposium will bring together international and national experts to provide a comprehensive, up-to-date overview of the field of nutrition and genetics that determine the quality of growth and development from conception and throughout early life.

  • picture of a family playing soccer on the beach in winter

    The Preventative Health Flagship is working to improve the health and wellbeing of Australians through research into prevention and early detection of common chronic diseases.

  • A picture of assorted vegetables and fruit.

    Australians who are serious about losing weight are being asked to help CSIRO develop a web-based diet management program.

  • A picture of a man holding a polymer product.

    CSIRO has signed a global licensing agreement for its patented RAFT technology. Reversible Addition-Fragmentation chain Transfer (or RAFT) technology is an elegant and powerful polymerisation process that has given rise to a new branch of polymer chemistry.

  • Flow of furnace and ingress gases in a converter hood. Purple streamlines show how ingress air enters the hood beneath the hood-gate, mixes with SO2 from the converter, and then exits through the gap at the top of the hood gate. Thus large quantities of SO2 leak from the hood and contaminate the surrounding environment.

    Computational fluid dynamics is a key tool for optimising performance, developing new processes, and improving the design and operation of equipment.

  • Molecular and Cell Biologist

    Our Molecular and Cell Biology capability employs expertise in antibody engineering, the molecular and cellular biology of biomaterials, matrix biology, protein and scaffold display technology, growth factor receptor biology and molecular evolution.

  • Image of Dr Kerrie McDonald, from the Kolling Institute of Medical Research

    A video showing an interview of the Kolling Institute's Kerrie MacDonald, as she speaks about how the Kolling Institute and CSIRO have discovered genes that differentiate between different types of brain tumours. (0:49)

  • Dr Linfa Wang, Senior Principal Research Scientist and Project Leader at CSIRO’s Australian Animal Health Laboratory

    A CSIRO team - led by Dr Linfa Wang - has played a key role in uncovering a new reovirus that can cause a respiratory tract illness in humans. In this video, Dr Wang explains the significance of the discovery to CSIRO Communication Advisor, Ms Emma Wilkins. (6:00)

  • image of structure based drug design research PDF

    An overview of CSIRO's Structure based drug design research including services, expertise, collaboration and facilities. (1 page)

  • image of the NCRIS – Recombinant Protein Production Facility PDF

    CSIRO can provide assistance with optimisation, scale-up, production and purification of recombinant proteins in large quantities: from hundreds of milligrams to kilograms. (2 pages)

Contact

Ms Samantha Carroll
Marketing and Communication Manager
Materials Science and Engineering
Phone: 61 3 9662 7344 
Alt Phone: 61 4 0811 7846 
Fax: 61 3 9545 2447