Promoting Individual Study Paths (FIS)
The project Promoting Individual Study Paths (FIS ) takes the individual abilities of the students into account and develops measures for intensive support during the course and to facilitate the transition into studying and work. It is funded by the BMBF program, the Hochschulpakt Säule III - better study co
Raising Student Success
With the project "Raising Student Success", the university wants to explore which factors and measures can promote the success of their students. The focus is on the students. All stages of the student life cycle are of interest - this begins with those interested in studying and ends with alumni (paths through studies). Qu
Research Initiative of the state of Rhineland-Palatinate
Improving the research profile of the state’s educational institutions is at the forefront of the Research Initiative. At our university, state funding is used to support the expansion and development of our applied research focus areas.
The TU and HS Kaiserslautern’s Entrepreneurship Office
The collaborative Entrepreneurship Office of the TU and HS Kaiserslautern is the central point of contact for career-minded and entrepreneurial members of both universities and local research institutions. With several employees and an extensive program of events, it supports interested partie
Transfer Network of Rhineland-Palatinate
The Transfer Network of Rhineland-Palatinateis an association of the knowledge and technology transfer points at eleven universities and Fachhochschulen in the state of Rhineland-Palatinate. We serve as a contact for industry partners for any queries about the numerous cooperation options between universiti
University-wide Projects
Our department coordinates a multitude of university-wide and cross-university projects. We will introduce some of these projects and other projects at the university here:
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
Contact
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 ne
