New Bi-Directional Microfluidic Biochip System for Real-Time Monitoring of epithelial barrier
We have developed a microfluidic platform designed to mimic the physiological conditions of the epithelial cells. The core objective was to create a bi-directional flow chip that s
EMODnet Physics
Europe’s approach to ocean knowledge is undergoing a fundamental transformation. Driven by the convergence of the EMODnet Vision 2035, the European Ocean Pact, and the emergi
A Smart and Integrated Solution for Environmental Safety
A Smart and Integrated Solution for Environmental Safety Monitoring toxigenic microalgae in aquatic environments is essential for safeguarding both ecological systems and human hea
AquaBioSens diatom whole-cell biosensors (WCBs) take shape: first prototypes for heavy metal detection
Heavy metal contamination poses a persistent threat to coastal ecosystems across Europe. Developing tools for rapid, on-site detection remains a priority for effective water qualit
Upcoming activities of the AquaBioSens consortium in 2026
3rd Consortium meeting in Southampton The 3rd AquaBioSens consortium meeting will be held at the National Oceanography Centre (NOC) in Southampton, UK, on 6–8 July 2026. On the 6
DCU Researchers Featured on RTÉ’s 10 Things to Know About
The DCU Water Institute is proud to highlight the recent appearance of two of our researchers, Dr. Caroline Murphy and Dr. Paul Leonard on RTE’s 10 Things to Know About…, where
Human Footprints in Dublin Bay: Tracking Contaminants from Farms to Beaches
Researchers conducted an extensive monitoring campaign in Dublin Bay, collecting surface water and sediment samples from key locations reflecting diverse human activities. Agricult