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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

Treatment

The development of specialised products, advanced materials and information systems are delivering effective treatment options for a range of health conditions.

The Image The Links Alt Text TeaserText
/news/Minimising-the-spread-of-deadly-Hendra-virus.html Coloured electron micrograph of Hendra virus. Research into how the deadly Hendra virus spreads promises to save the lives of both horses and humans.
/products/GeneRave.html Microarray image. The GeneRave statistical technique enables analysis of very complex microarray data.
/science/Making-successful-surgical-implants.html Microscopic image showing grooves ten micrometres apart. CSIRO is developing implant materials that encourage bone cells to 'knit' to them.
/science/Ophthalmic-Biomaterials.html Ooptix breathable contact lens box cover CSIRO is working on contact lenses that are permeable, implantable and can change shape.
Coloured electron micrograph of Hendra virus.
Research into how the deadly Hendra virus spreads promises to save the lives of both horses and humans.

CSIRO's research is focused on the following:

Close up of girl's face as she puts on a contact lens.

Biomedical materials
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A male healthcare worker points to a computer screen showing a medical scan while a female healthcare worker looks on.

Health information and patient management
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Coloured electron micrograph of Hendra

Virus research
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Biomedical materials - Advances in biomedical materials are delivering products that promote human tissue repair, renewed growth and ability to monitor patient well-being. Learn more>
Health information and patient management - Developing new health management systems will deliver improved patient treatments and new ways to retrieve, organise and communicate healthcare data. Learn more>
Virus research - Viral diseases affect all living forms including humans, animals and plants, and have the ability to cause disease, disability or
death. Learn more>

CSIRO research in biomaterials, pharmaceuticals and information and communication technologies (ICT) addresses the treatment needs within our community while delivering potential development opportunities in the healthcare and medical industries.

Providing advanced treatment options, in the form of medications, surgical procedures or patient management, have the potential to improve a person’s health and wellbeing. This can lead to faster recovery, better patient management and more active participation which all impact positively to reduce our national healthcare costs.

CSIRO’s strengths in treatment research include:

  • determining critical factors involved in diseases
  • design of specialised agents that target disease
  • advanced ICT to distil useful information from large data sets.

Some examples include the development of polymers and fabrics for injuries, devising the structure of viruses and development of treatments, such as RelenzaTM the first drug successful in treating influenza.

  • 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.

  • Image of Chris Morrissy training overseas scientists.

    An international workshop being held this week at CSIRO’s Australian Animal Health Laboratory (AAHL) in Geelong, Victoria, will lead to improved diagnosis and surveillance of animal influenza in the Asia Pacific region.

  • A close up concept of how the artificial gut could look when developed for commercial production.

    CSIRO Food Futures National Research Flagship and Australian company Stadvis Pty Ltd have signed a worldwide license agreement to commercialise an automated instrument that accurately predicts glycemic index (GI) and resistant starch (RS) in food products.

Events

 
  • Image of a human buccal cell showing cytoplasm, nucleus and gamma-H2AX indicative of DNA damage.

    This free two-day workshop/symposium will bring together international and national experts to provide a comprehensive, up-to-date overview of Quantitative Imaging Cytometry.

  • At this scale, the powder looks a little like florets of cauliflower.

    CSIRO fabricates and tests substances such as titanium powders, photocatalysts, biomedical materials and hard coatings.

  • Fibroblast cells on carbon nanotube yarn.

    CSIRO scientists are using textile support structures as templates for the growth of new tissues for use in maintaining, restoring or improving the function of damaged tissues and organs.

  • Fibroblast cells attached to carbon nanotube yarn

    A video clip illustrating the process of growing fibroblast cells on to carbon nanotube yarns for possible applications in tissue engineering. (0:30)

  • 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)

  • Mr Robin Cranston

    CSIRO is developing textile arm and leg sleeves for preventing skin tears in the elderly and bed-ridden. Nearly 15 per cent of people in high-care nursing homes have a skin tear at any one time, according to research at the Victorian College of Pharmacy.

  • Dr Sharon Edwards.

    A research scientist at CSIRO's Materials Science & Engineering, Geelong, Victoria, Australia, Dr Edwards is investigating medical applications of textiles, in particular, the use of textiles to support cell growth and tissue regeneration, healing damaged tissues, such as nerves.

Resources

 

Contact

Ms Alison Tuckfield
Executive Assistant
Preventative Health Flagship
Phone: 61 8 8303 8819 
Fax: 61 8 8305 0600