Published Medical H2-Bonded Organic Frameworks A purely organic, crystalline matrix that can encapsulate, protect and preserve bio-molecules such as proteins, vaccines and enzymes. By University of Adelaide
Published Agriculture Photonic Bionsensor A novel world class technology, that can dynamically measure the health and stress of a living system. By University of Adelaide
Published Power & Utilities Zinc acid manganese battery The ZAM battery uses a latent high-voltage manganese dioxide electrolysis process in a conventional zinc‐ion battery, resulting in a new electrolytic zinc acid manganese system. By University of Adelaide
Published Oil & Gas Photocatalytic conversion Our process uses novel catalysts of subnanometer metal particles, incorporated into a photo-active substrate. By University of Adelaide
Published Agriculture New Australian Psyllium (NAP) NAP provides a more versatile natural food thickening agent with enhanced gut health applications, combined with improved nutritional and sensory properties. By University of Adelaide
Published Healthcare & Pharmaceuticals Zika NS1 DNA Vaccine A simple and intensive DNA vaccine that elicits robust humoral and cell-mediated immune response to the Zika virus NS1 protein. By University of Adelaide
Published Healthcare & Pharmaceuticals Apicomplexan vaccine We have developed a method of producing a non-live vaccine that has the potential to treat diseases caused by Apicomplexan parasites. By University of Adelaide
Published Healthcare & Pharmaceuticals Novel antibiotics We have developed lead BPL antagonist BPL199, which is active against Staphylococcus aureus BPL and Mycobacterium tuberculosis with > 44m-fold less selectivity for human BPL. By University of Adelaide
Published Food & Beverage Easy Peel Tomato First self-peeling tomato for faster, lower cost processing By University of Adelaide
Published Manufacturing & Production GLAS Technology The GLAS technology is a method of forming metallic nano-particles in glass that creates evenly distributed metallic nano-particles with desired size in any glass type. By University of Adelaide
