Innovative Materials For Novel Devices: Contact Us For More Information

Advanced materials for
better medical technologies The Institute for Superconducting and Electronic Materials (ISEM) is a world-class cooperative
research team working on the fields of energy, superconductivity and electronic material science and
technology.
Led by Professor Shi Xue Dou, an internationally renowned expert in the fields of advanced materials,
ISEM has been instrumental in advancing these technologies in Australia.
ISEM has a team of more than 100 researchers and postgraduate students with a track record of
research breakthroughs that are helping to redefine the applications of advanced materials science.
Innovative materials for novel devices
Innovative new materials developed using thin

film technologies can be applied in new and
innovative ways to help create non-invasive
medical diagnostic tools such as wearable
pulsimeters that can measure blood pressure
and heart rate quickly and easily. Image courtesy of collaborators at Sangji University, Korea
Superconducting technology can also be used

in the next generation of magnetic resonance
imaging (MRI) machines.
ISEM’s teams are working on innovative

materials that have applications in medical
devices, biomedical applications and
telecommunications technologies.
From research success to commercial

success
ISEM’s research programs are focussed on

turning research success into the devices and
materials that will change the way we go about
our daily activities.
The state-of-the-art facilities at the Australian

Institute for Innovative Materials (AIIM) will
allow breakthrough lab-based experiments to be
transformed into commercial reality.
Contact us for more information
For more information on ISEM’s advanced materials research and commercial opportunities contact
Professor Shi Xue Dou on +61 2 4221 5730 or via email at shi@uow.edu.au or visit ISEM’s website at
www.isem.uow.edu.au
Projects in advanced materials research for medical applications being undertaken at ISEM include:
Project New MRI design using Magnesium Diboride superconducting coils
Aims An alternative superconductor for Magnetic Resonance Imaging (MRI).
Description MRI is a powerful diagnostic tool to visualise soft tissue and the superconducting magnet is the most
expensive component of the system.
ISEM has had a leading role in developing of commercially available inexpensive magnesium diboride
wire in close collaboration with its industry partner, Hyper Tech Research Inc (HTR). Through
optimisation and nano-doping ISEM has acquired patented technology for fabrication of MgB2 wire with
record performance in critical current in magnetic field, satisfactory to commercial exploitation. HTR is
capable of manufacture of multi-kilometre long wire with high reproducibility.
Project Development of oriental medical pulsimeter using magnetic field sensing thin films
Aims This project will develop a non-invasive medical pulsimeter to increase the reliability of the sensors,
improve the ease of operation and reduce the cost of production.
Description The pulsimeter sensor will use magnetic field sensing thin films with the pulse-sensing part array
consisting of Giant Magneto Resistance-Spin Valve or Hall Effect Semiconductor devices that will detect
changes in the magnetic field on contact with the skin, allowing the pulse to be measured through the
detection of changes in the magnetic field.
Project Advanced nano-ceramics for protective, diagnostic and therapeutic uses
Aims These projects are aimed and the development of new materials for nano-theranostic use, radiation
protection and UV blockers for sun protection.
Description New ceramic-based materials are being developed include:

Inorganic UV blockers to more efficiently and effective reduce UV expose across the entire UV range
Metal oxides or carbon-based materials to deliver muntifunctionality and improved therapeutic and
diagnostic nano-composites at a lower cost
Researchers at ISEM are working collaboratively with the Illawarra Health and Medical Research Institute
and the Centre for Medical Radiation Physics to develop ceramic composites for use in cancer therapy
and to develop radiation protection drugs.
Testing has shown a reduction of up to 50 per cent in cancer cell survival rates after 72 hours using these
technologies. This is a substantial improvement on most chemotherapy drugs which typically reduce cell
survival rates by 14 per cent over the same period.
Project Novel multifunctional magnetic nano-composites for cancer diagnosis and hyperthermia therapies
Aims To develop and study novel multifunctional magnetic nano-composite particles combining the
improvements of the medical sensing of cancer MRI diagnosis and the efficiency of cancer magnetic
hyperthermia therapies.
Description Magnetic nanoparticles have been advocated for use in magnetic resonance image (MRI) enhancement
and as bio-carriers in biological systems. However, it is only in recent years that the fields of
nanotechnology, materials science, and cell biology have combined to enable us to fully comprehend
the potential uses of such nanoparticles for more biomedical applications, such as magnetic fluid cancer
hyperthermia (MFH).
Researchers at ISEM have developed effective nanostructured materials production techniques that
will allow a better understanding of methods to improve the efficacy of magnetic cancer diagnosis and
therapies.

Innovative Materials For Novel Devices: Contact Us For More Information

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Advanced materials for

Innovative materials for novel devices

Innovative new materials developed using thin

Superconducting technology can also be used

ISEM’s teams are working on innovative

From research success to commercial

ISEM’s research programs are focussed on

The state-of-the-art facilities at the Australian

Contact us for more information

Project New MRI design using Magnesium Diboride superconducting coils

Aims An alternative superconductor for Magnetic Resonance Imaging (MRI).

Project Advanced nano-ceramics for protective, diagnostic and therapeutic uses

Description New ceramic-based materials are being developed include:

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