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.
Delighted to start the new term @DCU Remembering that the pandemic has not ended but changed, students have a simple message to keep us safe #mondaythoughts https://twitter.com/DCU/status/1439835430615138305
Good morning! We are back - and a big hello to our more than 18,500 new & continuing students on campus today!
On-campus orientation begins for new students, while classes get underway for continuing students
There's a few things you need to know about campus - have a look👇👇👇
📢 @Sensors_rsc is now open for submissions! We've received some exciting work so far, and our co-EiC Sabine Szunerits is looking forward to more! #biosensors #sensing
🔗Submit to Sabine now 👉http://rsc.li/Sensors
🧐 Find out more about Sabine 👉 http://ow.ly/Gb6z50G1mpI
Join Ireland’s biggest brainstorm! Keep an eye out for #CreatingOurFuture across TV, Radio, Press and Social Media from today, and visit http://creatingourfuture.ie to tell us your idea for what researchers in Ireland should explore to create a better future @DeptofFHed
Save the date! We're very excited to announce that the DCU Research Lifecycle will launch 2:30pm Wed 8th Sept! The resource guides you through each stage of a research project. Link to launch to follow next week. @DCU @HumanitiesDCU @DCU_IoE @DCUFSH @DCUEngineering @dcucomputing
Congratulations to Tia and collaborators for this nice research paper! 👏 https://twitter.com/rsc_chembio/status/1428650556814512128
🔥 New advance article for RSC Chemical Biology! 🔥 Tia Keyes et al
@DCUChemistry describing the preparation and in cellulo study of #luminescent ratiometric core–shell #nanoparticles for O2 #sensing 👏 #chembio
🧐 Read the #OpenAccess article 👉http://ow.ly/1HHr50FSH3h
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