MeXenz - MXen-based electrochemical biosensors for the early, noninvasive differential diagnosis of dementia
MeXenz develops MXene-based electrochemical biosensors for the early, non-invasive differential diagnosis of dementia. Highly conductive MXenes, carbon nanotubes and antifouling surface chemistries are combined to enable sensitive multiplex
MeXenz - MXen-based electrochemical biosensors for the early, noninvasive differential diagnosis of dementia
MeXenz develops MXene-based electrochemical biosensors for the early, non-invasive differential diagnosis of dementia. Highly conductive MXenes, carbon nanotubes and antifouling surface chemistries are combined to enable sensitive multiplex
2026
F. Wetzler, V. Hayna, J. Koziol, G. Falk, R. Hempelmann, P. Starke, M. Saumer, Nanoporous aluminum oxide templates to tailor magnetic anisotropy of electrodeposited cobalt phosphorus nanowires for hard magnetic micro devices, Journal of Materials Research and Technology 41 (2026) 1754-1764.
L. Werner, J. Koziol, P. Jung, Linking Biocrust Ar
Collaboration Network
Collaborating with partners across Germany and Europe, spanning materials science, chemistry, biosensor development, data science & AI, clinical research and industrial translation.
Faculty for Business Studies
Degree course;Contact person;Room;Extension 0631/3724-;Email
Business Informatics;Broschart, Ute;H109;5171;ute.broschart@hs-kl.de
Business Studies (Distance learning);Link, Anja;H130;5170;anja.link@hs-kl.de
Economics and Law;Auer, Diana;H105;5125;diana.auer@hs-kl.de
Financial Services;Auer, Diana;H105;5125;diana.aue
Current Staff Training
When? 27-29 April 2027
Who? The Kaiserslautern University of Applied Sciences invites Employees from International Offices, Student Services and Erasmus Coordinators as well as Departmental Coordinators within the university community to take part in this staff training.
What? We offer an exchange on the
