Further Projects
MiDi-PEM: Microstructured metal seals for ball valves using pulsed electrochemical machining (Midi-PEM), Federal Ministry for Economic Affairs and Energy BMWi , Central innovation programme for medium-sized companies, Cooperation Project; Duration: 1.1.2018 till 31.12.2019 Soft magnetic functional layers of NiFeX (WeiFu), Fede
[Translate to Englisch:] Projekte
ENSAD The enteric nervous system as predictor for pathological changes and therapeutically effectiveness by Alzheimer disease
IMMENS Interplay between microbiome, motility and enteric nervous system in the gastrointestinal tract
INFLENS Effect of inflammatory and antiinflammatory compounds upon neural stemcell q
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Be part of our mission to develop innovative biosensing technologies that improve health and shape the future – either as a member of our collaboration network or by working in our lab.
alexey.tarasov@hs-kl.de
Opportunities to get involved in our projects
INNOVATIVE, CONNECTED, FUTURE-ORIENTED – Our projects transform ad
The nationwide flagship project skills4chips aims to establish the national educational institution “Microtec Academy.” It effectively combines mechanical engineering (ME) and microsystems technology (MST).
Duration: 2024–2028
MINT-SPASS stands for the MINT Student Program for Unique Learning Locations in the Southern Palatinate. Since June 1, 2024, it has been part of the third funding round of the BMBF’s MINT-Cluster program. The project was jointly initiated by the Southern Palatinate Technology Network, Kaiserslautern University of Applied Sciences, and the Germers
INNOVATIVE, CONNECTED, FUTURE-ORIENTED – Our projects transform advances in materials science, biosensor technologies and integrated sensing systems into solutions for healthcare, life sciences and biomedical engineering.
Release of proteases plays a central role in many inflammatory processes both in peripheral organs and in the central nervous system (CNS). Important aspects of the time- and site-dependent effects of the proteases released are still insufficiently understood at the cellular and subcellular level. Therefore, there is a large need for new time- an