Superconducting devices and systems
CSIRO develops novel instrumentation based on Superconducting Quantum Interference Devices (SQUIDs) and works in the frontier science of quantum engineering.
View ArticleUnderstanding nanosafety
Understanding and minimising the risks associated with the development of nanotechnology-based products.
View ArticleRAFT licensees
Having developed the RAFT Technology, CSIRO is now working with commercial partners to develop specific product applications.
View ArticleBiomedical materials and devices
Our researchers are developing and evaluating new platform materials and devices for applications in tissue repair, replacement and regeneration.
View ArticleFibre Science Research Program
Fibre Science is one of five research programs within CSIRO Materials Science and Engineering.
View ArticleHigh-performance, high-comfort fabric for active sportswear
CSIRO is keeping active people in comfort with high-performance fabrics.
View ArticleRAFT: making new polymers
Do you need better polymers? CSIRO's versatile RAFT technology provides enormous potential for developing new and innovative polymeric materials with vastly improved performance.
View ArticleRAFT: making better polymers for improved cosmetics
Do you need better polymers? The versatility of CSIRO's RAFT technology provides enormous potential for developing cosmetic formulations with vastly improved performance.
View ArticleEnsuring the safety of cell therapy
This project is developing a quality control pipeline for cell purification and validation.
View ArticleBiomedical Materials and Devices video
The Biomedical Materials and Devices Theme is focused on developing materials and prototype devices for application in diagnosis, tissue repair, replacement and regeneration. (4:43)
View ArticleOur staff
Meet some of the staff members who are working in the biomedical materials and devices area.
View ArticlePatents
Based on high quality science, our Biomedical Materials and Devices team hold a number of patents covering biomedical devices and technologies.
View ArticlePublications
Based on high quality science, our Biomedical Materials and Devices team has published over 400 peer-reviewed articles and book chapters about the research and development of new materials for tissue...
View ArticleResearch brochures
Read about the range of projects being undertaken in the Biomedical Materials and Devices Theme in the areas of bioactive scaffolds, biomanufacturing, stem cells, polymeric biomaterials, and medical...
View ArticleAdvanced drug delivery systems
Our work involves the design and synthesis of well defined polymers as vehicles to deliver drugs effectively for the treatment of various diseases.
View ArticleSurface initiated polymerisation
Building biological information into device and material coatings during polymerisation.
View ArticleTreating insulin dependant diabetes
We are utilising the technique of microencapsulation in a strategy to deliver cell therapies for chronic diseases in people.
View ArticleBiomedical Materials and Devices research videos
The Biomedical Materials and Devices theme has a number of research programs that involved the development of new platform materials and stem cell technologies. Watch the videos highlighting this...
View ArticleThe First International Conference and Summer School in Molecular and...
The International Conference and Summer School in Molecular and Materials Informatics is the first conference to address the need for the development of molecular and materials informatics platforms...
View ArticleFrom banknotes to solar panels: innovations in polymer science
Professors Ezio Rizzardo and David Solomon recently presented at a CSIRO Alumni hosted event in Canberra on 7 May 2012 at CSIRO Discovery, ACT.
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