Available Technology
Our commercialisation experts can connect you with intellectual property from the world-class researchers at the University of Adelaide. We have a range of technologies available for licensing and investment.
We are committed to engaging and partnering with industry in the translation of our research to create economic, environmental and social benefits both in Australia and globally and this is reflected in our Intellectual Property Principles.
The following provides a sample of our available technologies. Please contact our Commercialisation team to discuss our full range of projects.
Bespoke biocatalysts for selective hydroxylation reactions
The development of new biocatalysts to produce high-.value fine chemicals
Commercial contact: Aisha Sirop
Automated hip implant loosening detection system
A system for early and accurate detection of hip implant loosening to reduce surgical revision rates.
Commercial contact: Aisha Sirop
Bioharvesting of wool
A new approach to replace traditional shearing by creating a weak point in the wool fibre allowing for mechanical harvesting.
Commercial contact: Cathryn Lee
IMAGENDO
Non-invasive diagnosis of endometriosis with imaging and artificial intelligence
Commercial contact: Aisha Sirop
Superconducting magnetic sensor
A next-generation high-sensitivity and high-resolution superconducting magnetic sensor for medical applications.
Commercial contact: Aisha Sirop
Hybrid Imaging Catheter
A new multi-modal optical coherence tomography (OCT) and autofluorescence imaging technology.
Commercial contact: Aisha Sirop
Apicomplexan Vaccine
A non-live vaccine for the prevention of Apicomplexan parasitic diseases and pathogens.
Commercial contact: Cathryn Lee
Antiviral Agents
A proposal to screen several naturally occuring nucleoside analogues and their derivatives for antiviral activity.
Commercial contact: Commercialisation
Novel Antibiotics Based on Biotin Protein Ligase Inhibition
A new antibiotic that successfully targets infections based on Biotin Protein Ligase (BPL) inhibition.
Commercial contact: Commercialisation
Hydrogen-Bonded Organic Frameworks as Protective Coatings for Biomolecules
A purely organic, chrystalline matrix that can encapsulate, protect and preserve bio-molecules such as proteins, vaccines and enzymes.
Commercial contact: Commercialisation
New Australian Psyllium
An all-natural gelling agent for use in gluten-free processed food markets as a next generation dietary fibre.
Commercial contact: Cathryn Lee
Method & System to Detect Orbiting Objects
Robust foreground segmentation and image registration for optical detection of objects in geostationary orbit.
Commercial contact: Francois Duvenage
Contact us
To be connected with one of our Commercial Managers contact us on:
T: +61 8 8313 4403 or E: commercialisation@adelaide.edu.au