highly-sensitive and fast techniques to follow chemical, spectroscopic, and mechanical changes. These studies are usually combined with protein engineering and high-resolution structural analyses. The determination [...] of isolated cells, our research program uses the information gained from kinetic and structural studies, to address the role of specific contractile proteins in supporting motile functions and the potential

ence-microscopy based in vitro assays Molecular modelling Protein structure prediction Cellular studies using patient-derived primary cells and cell lines X-ray crystallography (in collaboration with Prof

tissue. Furthermore, threedimensional cholangiocyte organoids are being established in order to study mechanisms of cholangiocyte injury in hypothermic and/or hypoxic conditions in vitro . Long-term aim

Dr. med. Christian Dopfer is a specialist in pediatrics and adolescent medicine. He studied human medicine at the Eberhard-Karls-University in Tübingen. He completed further training as a specialist at

for a scientific infrastructure focused on the generation of in vivo systems that allow infection studies and long-term evaluation of antiviral drugs. Team Dr. rer. nat. Katrin Splith

motto “How can we improve the benefits of medical research for patients?". The Center for Clinical Studies (ZKS) and the translation infrastructure of the MHH were presented there by Prof. Schindler. To date

Roland Schmitt (Nephrology) Project: Zebrafish Embryo Cell Xenotransplantation: A Novel Tool to Study Cellular Senescence and Senolysis Katja Dinkelborg GERMANY Katja.dinkelborg @ twincore.de Supervisors: [...] @ mh-hannover.de Supervisor: Prof. Dr. Anette Melk (Pediatric Nephrology) Project: Aging Kidney. Studies on how to improve transplant survival Jyoti Kandarp INDIA Kandarp.Jyoti @ mh-hannover.de Supervisor: [...] PhD at MDIBL Maine/ USA ssandhi @ mdibl.org Supervisor: Prof. Dr. Aric Rogers (MDIBL) Project: To study the role of nutrient signaling in aging using a vertebrate model, Nothobranchius furzeri. Frauline

group has become internationally known with patient-oriented studies of the basic CF defect in the European CF Twin and Sibling Study, studies of genome organization, microevolution, and population biology

of new ossicular prostheses, and signal processing. Foundational to this work are physiological studies on the impact of hearing impairment on the development and function of the auditory system, including

that takes you directly to the e-book (only possible from the MHH campus). If you are employed, studying or doing a doctorate at the MHH, you can also access the resources externally via a separate link