News
Dynamic42 in the Wirtschaftspiegel
We were featured as a member of medways e.V. in Wirtschaftsspiegel.
Read MoreGet to know the Dynamic42 team:
CEO and Lab Manager
Co-Founder
CEO and R&D
Co-Founder
IP and Administration
Co-Founder
Lab Manager
Senior Scientist
Accounting and HR
CAD/CAM Engineer
Quality Management Representative
IT
Scientist
Lab Technician
Lab Technician
Research Assistant
Senior Scientist
Senior Scientist
PD Dr. Alexander S. Mosig is head of the research group INSPIRE at the University Hospital Jena and co-founder of Dynamic42. He studied Biochemistry and Molecular Biology and has gained expertise in microphysiological systems technology for over a decade. He holds a PhD in Cell Biology and has the venia legendi in Cell Biology and Biochemistry.
Dr. Peter Loskill is Assistant Professor for Experimental Regenerative Medicine at the Eberhard Karls University Tübingen and head of the Fraunhofer Attract group Organ-on-Chip at the Fraunhofer Institute for Interfacial Engineering and Biotechnology (IGB) in Stuttgart, Germany. Dr. Loskill graduated in 2012 from Saarland University with a PhD in Physics focusing on Biointerface science. His research focuses on the development of human iPS-cell based, parallelizable microphysiological organ-on-chip systems with applications in pharmaceutical research, toxicological screening, and mechanistic studies as well as on the development of enabling technologies that support automation and ease of use of these systems.
We are looking for you! Whether as a researcher or administrative employee – there is still room for you in our team. Take a look at our vacancies now. Didn’t find a suitable position? Then simply apply on your own initiative!
We were featured as a member of medways e.V. in Wirtschaftsspiegel.
Read MoreIn an interview with the trade journal "Laborjournal", our managing directors explain how the Dynamic42 biotech chips work and how the "mini-organs" used contribute to reducing animal experiments.
Read MoreAn article in the MED Engineering journal explained the potential of our "mini organs" from the laboratory for drug and food testing.
Read More