Sydnovate Technologies http://www.usyd.edu.au/sydnovate/industry-opportunities.html Sydnovate Technologies available for Licensing en-us Tue, 30 Jun 2009 04:00:00 GMT Tue, 10 Jun 2003 09:41:01 GMT sydnovate@usyd.edu.au 5 Measuring Dynamic Properties of Materials http://www.usyd.edu.au/sydnovate/opportunities/medical_devices/11057.html A device for measuring the mechanical properties of soft materials and fluids. Tue, 04 Jun 2009 09:39:21 GMT Compounds for the Treatment of Iron Overload Disease http://www.usyd.edu.au/sydnovate/opportunities/pharma_biotech/11008.html Novel compounds have been designed to treat iron-overload disease that have superior pharmacological properties to current drugs. Tue, 04 Jun 2009 09:39:21 GMT High Expression System For Human Lysyl Oxidase http://www.usyd.edu.au/sydnovate/opportunities/pharma_biotech/12128.html An over expression system that provides for the efficient production of large amounts of the human lysyl oxidase protein. Tue, 04 Jun 2009 09:39:21 GMT A Self Repositioning Orthodontic Bracket http://www.usyd.edu.au/sydnovate/opportunities/medical_devices/10538.html A novel type of orthodontic bracket that can be easily repositioned without the need for debonding. Tue, 04 Jun 2009 09:39:21 GMT Prevention of Neurotropic Virus Transport http://www.usyd.edu.au/sydnovate/opportunities/pharma_biotech/11880.html Novel antiviral target based on preventing transport of herpes simplex virus within a nerve cell. Tue, 04 Jun 2009 09:39:21 GMT Hydrogels Derived from Biological Polymers http://www.usyd.edu.au/sydnovate/opportunities/materials_nanotechnology/11810.html A technique for the rapid fabrication of hydrogels from biopolymers such as elastin and collagen allowing the production of matrices with better mechanical properties than current methods and high pore interconnectivity which mimics natural biopolymer micro-structure which is suitable for cell growth and proliferation. Tue, 04 Jun 2009 09:39:21 GMT Integrated Optical Processors For Nonlinear Signal Processing http://www.usyd.edu.au/sydnovate/opportunities/engineering_physics_optoelectronics/11019.html The invention will provide the capability for next generation networks to support functions like wavelength conversion, time division demultiplexing and switching between channels in the optical domain. The speed of the intrinsic nonlinearity on which the invention is based will allow these operations to be performed at bandwidths up to 640 Gb/s and beyond. Tue, 04 Jun 2009 09:39:21 GMT