spectral-flow-cytometry, T cell receptor-sequencing, and single-cell sequencing, enabling us to study individual immune cells. Our basic research focuses on the function of chemokines and chemokine receptors
that replicate the properties of the lower airways in vitro. Dr. Voss uses these lung organoids to study the cellular mechanisms of air pollutant mixtures on the lower airways, especially under the changing
07. (for winter term) International applicants (Non-EU) 01.04. - 31.05. Application for a place to study (winter term) 01.04. - 15.07. Application for Studienkolleg (winter term) National applicants und
success of treatment. This information is currently rarely collected from patients outside of clinical studies. However, they not only enable more self-determination and participation of the affected patients
corresponding documents will not be processed via social media. Information on open positions and study places can be found on our careers page (German).
Phone: +49 511-532-4288 Fax: +49 511-532-5650 Email: mertz.marcel @ mh-hannover.de Marcel Mertz studied philosophy and sociology at the University of Basel and received his doctorate in philosophy at the
Subsequently, questions are asked by the interview panel on the project and general questions on your studies and yourself. The panel is made up of board members of the program as well as the supervisors of
and pigs lacking functional MHC (SLA, "swine leukocyte antigen") class I were generated. In vitro studies showed that SLA class I-deficient and hPD-L1 tg cells are only partially protected from human immune
delivery Remote access to the Central Library of Medicine (ZB MED) Learn and work on site Work spaces Study booths Lockers Provided computers Eduroam/WLAN Printing, scanning, copying Write and publish Literature
improve our understanding of human kidney disease. By using zebrafish as a model organism, we can study the regeneration of the nephrons in a controlled and systematic way. This allows us to identify the [...] injury in intensive care medicine. We are actively involved in various clinical and translational studies to understand the impact of inflammatory processes in the context of sepsis and CAR-T cell-associated