Leading the Drive for Excellence in Sensor Technology Development for the Benefit of Society and Ireland's Economy
Miniaturisation and integration of analytical systems for applications including environmental monitoring, point-of-care diagnostics and bioprocess monitoring is a significant research theme.
The design of bio-inspired materials, sensor interfaces and even whole systems requires a deep understanding of the interplay between morphology, microstructure, and composition of stimuli-responsive materials as well as their sensing functionality.
Innovations in materials and instrumentation are enabling the radical redesign of the biosensor for health measurements to be collected and analysed in decentralized settings, outside of a clinical laboratory, often autonomously by on-body deployments by the individual themselves.
Bacterial colonization of surfaces and interfaces has a major impact on various areas including biotechnology, medicine, food industries, and water technologies.
Interested in the link between the human volatilome and neurological disease? Get in touch with me directly to look at this opportunity more closely 👇
Graham did a great job presenting the most recent results from our @scienceirel research project at #MC16 @RoySocChem in @ucddublin today. Really enjoying the multidisciplinary nature of the conference.
Delighted to announce this EXCITING new project in collaboration with @EadaoinCarthy & @DCUBiodesign to develop novel filters to remove PFAS from Irish water supplies! Follow @Team_Polyfast for updates. Thanks to @scienceirel & @eurireland for the opportunity! #PFAS #remediation
Really looking forward to speaking at this webinar showcasing the work we have done with @lgsonic_nl on phosphate monitoring in surface waters @insight_centre @dcuncsr @dcuncsr
Come join the fun where you can hear the exciting work our team are doing Journey into the Electrifying World of Cancer: Unleashing the Power of Wireless Electrochemistry and Quantum Biological Electron Tunneling
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