31 May for the following winter semester
Characterised by the close network of science and clinical practice, regenerative medicine is an extremely diverse and rapidly developing interdisciplinary field in which significant progress has recently been made in the regeneration and replacement of tissues, which is particularly evident in view of the steadily growing importance of stem cell research for the use in medicine.
The international Master's programme in Regenerative Biology and Medicine, established more than ten years ago in a highly innovative, research-driven environment, offers a highly interdisciplinary education in the fields of stem cell research, regenerative biology, molecular biology, tissue engineering and clinically oriented human biology and pathology for research or for the processing of regulatory aspects in the development and translation of regenerative therapy approaches. The Master's programme combines comprehensive theoretical knowledge with extensive practical experience, gained directly in the research laboratories of the cooperating institutes and clinics.
Two extensive laboratory rotations take place in the second and third semesters. The possible applications of state-of-the-art technologies for a specific scientific question in the areas of cell, organ and model organism-based research as well as molecular biology research are the focus of the 12-week individual laboratory projects. Both areas must be completed. The research groups can be chosen according to individual interest.
Starting in the second semester, students will select a key subject area and a specialisation from the following:
(1) Developmental and Regenerative Cell Biology (advanced knowledge of the central molecular and cellular mechanisms regulating the development and regeneration of the tissues and organs of the most important model organisms as well as the current associated experimental methods of analysis)
(2) Regenerative Neuroscience (advanced knowledge of the cellular, molecular, systemic and regenerative neurosciences and the current associated experimental methods of analysis, as well as the clinical concepts of diseases for which neurogenerative treatments exist or are being developed)
(3) Regenerative Medicine (advanced knowledge of the pathology of diseases and the affected organ systems as well as the associated clinical concepts of regenerative medicine, including bench-to-bedside translation processes)