All HEI'sAthlone Institute of TechnologyCork Institute of TechnologyDublin City UniversityDublin Institute of TechnologyMaynooth UniversityNational University of Ireland, GalwayRoyal College of SurgeonsTeagascTrinity College DublinUniversity College CorkUniversity College DublinUniversity of LimerickWaterford Institute of Technology All SectorsFuture Networks and Communications, IoT Data Analytics, Management, Security, Privacy, Robotics and Artificial Intelligence (incl. Machine Learning)Digital Platforms, Content and Applications, Augmented & Virtual RealityConnected Health Medical DevicesDiagnosticsTherapeutics Food for HealthSmart & Sustainable Food Production and Processing Decarbonising the Energy SystemSustainable LivingAdvanced & Smart ManufacturingManufacturing & Novel MaterialsInnovation in Services and Business ProcessingSectorsResearch Theme Sub SectorsStar Polypeptides Licensing Opportunity for RCSI June 2019Star-polymers are a new class of polymer architecture which consist of linear arms radiating from a central core. Novel Star-polypeptides discovered at RCSI have been demonstrated to have superior transfection and delive... pdf 580.9KBEngineered Materials from Recycled Plastics- University of Limerick- March 2019 Researchers from the Irish Composites Centre in UL (IComp) have developed a new, technology to repurpose recycled or virgin plastic (e.g. PET) into a self-reinforced polymer composite material suitable for a range of new... pdf 179.2KBBioactive Compositions That Boost Probiotic Establishment- Teagasc - February 2019A range of bioactive compositions from bovine colostrum and milk that increase the attachment of probiotic bacteria (Bifidobacterium, Lactobacillus) to intestinal cells by over 40-fold compared to untreated cells. As att... pdf 402.2KBAdvanced Wound Care Enabled by Plasma Medicine- University College Dublin - December 2018 Use of cold atmospheric plasmas in wound care in order to achieve a substantial increase (> 6 fold) in the rate of wound healing.pdf 484.2KBEnzyme-Functionalised Nanobeads for Anti-Biofouling Purposes- University College Dublin- December 2018 Enzyme-functionalized nanobeads as an environmentally friendly and cost effective alternative to pure enzyme and chemical treatments for biofilm removal. pdf 505.7KB First 123456789101112131415161718192021222324 Last Print Bookmark Top