Work from @LabWolfrum is featured on the cover of a recent issue. Check out their on-chip micropumping device that exploits Fardaic background processes to induce electrokinetic transport and improve the collision rate in nanoimpact recordings.
https://t.co/I9BtLnRYtL
Congratulations Sabine on successfully defending your doctoral thesis "Printing Technologies for Bioelectronic Applications and Organs-on-Chips"! We wish you all the best for your future carreer, Dr. Zips 🐥 #neuroelectronics#PhD#tum
Here is our new work in Advanced Material Technologies. The paper explores the application of polymer composites for biosensing
#biosensors
https://t.co/9NqXlzz6V9
We are glad to announce our new work publised in ACS! The paper presents a silicone-hydrogel hybrid material for stereolithographic printing of biomedical devices. #biomedicine#SLA
https://t.co/PU4hanMl0R
Here is our new work in APL Materials. The paper explores the application of CNT/PDMS composite as electrode material for neuroprosthetic devices @AIP_Publishing#neuroelectronics#bioelectronics
https://t.co/VG7NRmQNfJ
Check out our new review article in Current Opinion in Electrochemistry. The review focuses on the opportunities and challenges of single impact electrochemistry @ELSChemistry #electrochemistry: https://t.co/8prEQHDaqt