🧪 Catarina Fernandes presented her work on fully bioresorbable electrochemical sensors — optimizing Mo+MoOx electrodes for long-term stability in biofluids. A promising platform for transient, in situ biomarker monitoring. #transientsensors #biosensors

🔬 Momina Amir showcased an elegant approach to fabricating high-aspect-ratio silicon microneedles — combining sharpness with substrate flexibility. A key step forward for wearable biosensors & minimally invasive healthcare. #microneedles #biomedicalengineering

👏 Congratulations to Jolan Wellens for presenting cutting-edge research on monitoring intracochlear inflammation using electrochemical sensing with cochlear implants — advancing real-time trauma detection during implantation. #neurotech #biosensors2025

In this work, COMSOL simulations and experiments supported the design of our next-gen biosensor—coming soon!

Using screen-printed electrodes + molecularly imprinted polymers, our sensor hits a 19 pM detection limit and works in both tap and river water. No lab needed. Just dip & detect.
A step toward faster, accessible environmental monitoring. 🌍🧪

We’ve been working on integrating real-time H₂O₂ sensing into cochlear implants to detect trauma as it happens during surgery. Monitoring intracochlear peroxide levels is a step toward smarter and safer hearing implants.

Huge thanks to the amazing multidisciplinary team behind this work!

From colorful phase transitions to real-world applications, it was exciting to see their enthusiasm for science in action. Hope to inspire the next generation of researchers! #STEM #LiquidCrystals #ScienceOutreach

Prof. Krause is organizing this year the 16th Workshop on the Engineering of Functional Interfaces, taking place at Queen Mary University of London on 7th and 8th July 2025.
www.sems.qmul.ac.uk/events/enfi2...
Abstract submission closes on the 30th of April 2025, see you in London!