Our ground-breaking technologies and research results are available for partnering and commercialisation.
The following projects can be accessed through UWA's Research Development and Innovation office:
UWA Researchers have a novel target for any orthopaedic conditions brought about or sustained by a lack of blood supply to the bone. Examples include long bone non-union, osteonecrosis, diabetic necrosis, and delayed fracture healing.
Noisy Guts diagnosis and monitoring of IBS
UWA researchers have developed an acoustic belt that records gut noises over time so doctors can accurately screen, diagnose and monitor gut disorders and diseases.
Improving parasitic detection in humans and animals
UWA researchers have developed a device to speed up the separation, concentration, and collection of magnetic particles from liquid samples into a single droplet. The device can be used to separate biological materials that bind to magnetic particles for immediate inspection by microscopy.
Methods of controlling mineral slurry rheology and improving ore purity
The University of Western Australia’s (UWA) Professor Yee-Kwong Leong has developed economic methods of controlling the viscosities of mineral ore slurries to facilitate their transportation and/or storage. In addition, Professor Leong has developed a method of triggering the separation of mineral slurries into their constituent layers to facilitate recovery of valuable minerals or improve ore purity prior to further separation.
PUF protein-based RNA binding and modulation technology
Researchers at the University Of Western Australia Perkins Institute Of Medical Research have discovered a universal code for protein-RNA recognition, presenting the possibility of a platform for developing designer-RNA binding protein reagents for the study and manipulation of RNA.
Flash flaming of seeds to improve land restoration
UWA researchers have developed a device that carefully heats seeds to remove the fluffy appendages that make many seeds difficult to store, transport, coat and handle. The device will have an impact in large scale land revegetation projects, such as minesite restoration.
Child-friendly pharmaceutical formulation to mask the taste of medicines
UWA researchers have developed a chocolate based, pharmaceutical formula that masks the taste of bitter drugs such as midazolam, thereby ensuring therapeutic compliance with minimal distress in young children.
Improved Efficiency MED Evaporation / Liquid Stream Concentration
Using waste heat sources from 65-90oC, this technology improves the efficiency of Multiple Effect Distillation/Evaporation processes, increasing freshwater production by 30 to 55% while simultaneously reducing heat rejection loads to evaporation towers or ponds.
Arginine-rich neuroprotective peptides
UWA researchers have discovered intrinsic neuroprotective properties of arginine-rich peptides, presenting the possibility of a new class of neuroprotective molecules for the treatment of a range of neurological disorders, including stroke.
Triple negative breast cancer therapy
UWA researchers have developed a compound that selectively decreases chemoresistance in triple negative tumours providing a new therapeutic opportunity for these cancer patients.
Interfacial Toughening of composites with ultra-thin Kevlar® layer
The weakest link of adhesive joints, or between layers of composite materials, is typically a thin layer of e.g. epoxy resin. Adding an ultra-thin layer of aramid fibres to this thin resin layer in question can significantly improve the performance of the joint / composite component. Protruding free fibre ends of the short Kevlar fibres connect/bridge the interface and thus improve adhesion.
A platform for identifying new synergistic drug-immunotherapy combinations
A network analysis approach for identifying novel IO-drug combinations, based on the study of gene expression signatures in immunotherapy-induced progressing or regressing tumours.
Novel Zeolite Adsorbents for separation of Methane and Nitrogen
A novel Zeolite-based adsorbent for separation of methane and nitrogen with a selectivity of 6-8 - outperforming all known industrial adsorbents in its ability to separate methane from nitrogen and it is well suited for Swing Adsorption methods (such as Pressure Swing Adsorption and Vacuum Swing Adsorption).
Tumour targeted LIGHT (TNFSF14) therapy
UWA researchers have developed a novel targeted-cytokine drug, LIGHT-RGR, which is shown to promote tumour vasculature normalization, and to enhance tumour perfusion and infiltration of activated immune cells. LIGHT-RGR has significant potential in checkpoint immunotherapy-combination approaches, and also as an adjunct to enhance trafficking and infiltration of engineered T cells (CAR-T cell therapies) into solid tumours.
High-Performance Dual Reflux Swing Adsorption System
Researchers at UWA have developed a novel design methodology for Dual Reflux Pressure Swing Adsorption (DR-PSA) systems that leads directly to the optimum design for a set of given inputs with excellent correlation between simulation and implementation thus eliminating costly and time consuming trial & error.
A novel matrix-targeted anti-cancer drug
UWA researchers have developed a novel targeted-TNF anti-cancer therapy which causes highly selective degradation of tumour-extra cellular matrix (ECM). In models of liver, breast and pancreatic cancer this drug is shown to reduce ECM content, tumour stiffness and interstitial pressure, and to increase tumour perfusion.
This targeted-TNF also has anti-tumorigenic monotherapeutic effects, however unlike native TNF, this drug does not cause systemic toxicity.
High-Intensity Magnetic Field Focusing Cavity
Researchers at UWA have developed a Multi-post 3D Split Ring Re-entrant Cavity Lattice as a hybrid platform for integration of quantum systems – suitable for multi-frequency sensing, probing of magnetic and dielectric properties of solids (spectroscopy) and many other "quantum" applications.
Methods for beta cell maturation towards a diabetes cell therapy
UWA researchers have developed protocols and reagents for the generation of fully functionalized insulin-secreting beta cells for potential use in the treatment of insulin-dependent diabetes. Specifically it is shown that islet progenitor cells, derived from stem cell lineages, may be differentiated into a fully mature beta cells, with immediate and sustained potency.