Latest technologies from Aarhus Universityhttp://au.testtechnologypublisher.comBe the first to know about the latest inventions and technologies available from Aarhus Universityen-USThu, 06 Aug 2026 06:36:16 GMTWed, 24 Jun 2020 12:49:38 GMThttp://blogs.law.harvard.edu/tech/rsstto@au.dkCopyright 2026, Aarhus UniversitytestTECH-2018-631-145http://au.testtechnologypublisher.com/technology/15144Test NCSWed, 24 Jun 2020 12:49:38 GMTtto@au.dkhttp://au.testtechnologypublisher.com/technology/15144Autoregulation of the Na+, K+-ATPase by the C-terminusAU-2007-634-206http://au.testtechnologypublisher.com/technology/8158Wed, 20 Apr 2016 01:31:16 GMTtto@au.dkhttp://au.testtechnologypublisher.com/technology/8158Circular RNA for inhibition of microRNAMkt project-021http://au.testtechnologypublisher.com/technology/6759Fri, 12 Apr 2013 06:06:07 GMTtto@au.dkhttp://au.testtechnologypublisher.com/technology/6759Bendtsen Growth Instrumentation Pedicle ScrewMkt project-020http://au.testtechnologypublisher.com/technology/6758Fri, 12 Apr 2013 06:06:02 GMTtto@au.dkhttp://au.testtechnologypublisher.com/technology/6758Long-term zero-fouling poly (ethylene glycol) surfacesMkt project-019http://au.testtechnologypublisher.com/technology/6757The invention is a ultra-dense PEG coating for applicaton on medical devices and similar. The coating would enable protein resistance on the surface of the medical device. Material surfaces that are resistant to adhesion of biological entities like proteins or cells provide an essential platform for a wide range of bio-related applications. Current research has developed strategies for various PEG-derivative coatings. These achieve a 70-90% reduction of biological adhesion are are termed 'non-fouling' surfaces. This invention aims to improve this and is seen as a 'zero-fouling' s...Fri, 12 Apr 2013 06:06:00 GMTtto@au.dkhttp://au.testtechnologypublisher.com/technology/6757Complete Prepacked Two Chamber PET-Carbonylation Kits Based on a Trap/Release of (11C)-Carbon Monoxide on a Solid SupportMkt project-016http://au.testtechnologypublisher.com/technology/6687Wed, 05 Dec 2012 05:21:06 GMTtto@au.dkhttp://au.testtechnologypublisher.com/technology/6687Methylation biomarkers for prostate cancerMkt project-017http://au.testtechnologypublisher.com/technology/6686Wed, 05 Dec 2012 05:21:04 GMTtto@au.dkhttp://au.testtechnologypublisher.com/technology/6686Novel binding pocket for Sodium, Potassium regulation - A drugable target with new opportunitiesMkt project-015http://au.testtechnologypublisher.com/technology/6662Fri, 02 Nov 2012 04:36:02 GMTtto@au.dkhttp://au.testtechnologypublisher.com/technology/6662Precipitant Induced Porosity Augmentation (PIPA) scaffold: A polymeric scaffold with biocompatibles drug reservoir coating of controllable thickness and stiffnessMkt project-013http://au.testtechnologypublisher.com/technology/5848Tue, 24 Jul 2012 02:05:51 GMTtto@au.dkhttp://au.testtechnologypublisher.com/technology/5848Perfusion MeasurementMkt project-008http://au.testtechnologypublisher.com/technology/5847 The group has discovered that oxygen availability in tissue depends critically on capillary transit time heterogeneity (CTTH), and not, as hitherto believed, only on local blood supply and blood oxygenation. This is a fundamentally new insight and research breakthrough. As a result, altered capillary morphology in ageing and disease can cause hypoxia and oxidative stress overlooked by current diagnostic means. Techniques have been developed across several diagnostic platforms, and the group is providing proof-of-concept that CTTH is critically altered in diseases such as Canc...Tue, 24 Jul 2012 01:46:00 GMTtto@au.dkhttp://au.testtechnologypublisher.com/technology/5847