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Working Group Janina Bahnemann - Cell Culture and Microsystems Technology

Dr. Janina Bahnemann

Group leader

Dr. Janina Bahnemann


New Publications

Real-Time Live-Cell Imaging Technology Enables High-Throughput Screening to Verify in Vitro Biocompatibility of 3D Printed Materials

Ina G. Siller, Anton Enders, Tobias Steinwedel, Niklas-Maximilian Epping, Marline Kirsch, Antonina Lavrentieva, Thomas Scheper and Janina Bahnemann


3D Printed Microfluidic Mixers—A Comparative Study on Mixing Unit Performances

Anton Enders, Ina G. Siller, Katharina Urmann, Michael R. Hoffmann, and Janina Bahnemann

New Articles


Back row, from left to right: Niklas Epping (research assistant), Janina Bahnemann (group leader), Katharina Meyer (master student), Steffen Winkler (PhD student), Taieb Habib (PhD student), Anton Enders (PhD student), Dr. Natalie Rotermund (scientific staff), Alina Gonzalez (PhD student)

Front row, from left to right: Ina Siller (PhD student), John-Alexander Preuß (PhD student), Jan Ebbecke (research assistant)

(as of 2019)

Former group photos of the team are archived here.

Short Description

The working group "Cell Culture and Microsystems Technology" under the leadership of Dr. Janina Bahnemann is focusing on the production and integration of 3D-printed microfluidic systems and the development of innovative biosensors for applications in the field of cell culture technology.

The German Research Foundation (DFG) supports the project “Development of integrated continuous flow systems for transient transfection, cultivation and monitoring of mammalian cells” by Dr. Janina Bahnemann in the Emmy Noether programme. Thus, this working group is one of a few research groups at the Leibniz University of Hannover receiving this funding.

Within the framework of this research project, the associates of the junior research group use high-resolution 3D printers to develop microfluidic systems that are used in cell culture technology. A major focus is the development of new aptamer-based sensors for the monitoring of cell culture systems and the design, production and integration of a new lab-on-a-chip (LoC) that enables continuous transient gene transfer to host cells for the flexible production of recombinant proteins.