Teaching biochemistry for students of human medicine and dentistry Biochemistry and molecular biology describe life processes at the molecular level. Through the Centre for Biochemistry at Hannover Medical
quality. in dubiis libertas: in creative interdisciplinary discourse between medicine, pharmacy, biology, biotechnology and biochemistry, in academia and industry, as well as with local, federal and in
single-molecule biophysics. Research focus Cytoskeletal motors are ATP-dependent force generating biological machines that perform diverse tasks such as, intracellular cargo transport, muscle contraction [...] involving epigenetic regulation of muscle physiology, we use various biochemical and molecular biological tools such as in vivo Co-IP, protein network analysis by quantitative mass spectrometry, gene- [...] microscopy. For my post-doctoral research, I moved to Medical Research Council-Laboratory of Molecular Biology (MRC-LMB), Cambridge, UK to work with Dr. Simon Bullock. I investigated the molecular mechanism of
at the Medical School Hannover Degrees 1984-1991 MS: Novosibirsk University, Russia. Specialty: Biology 1991-1992 MS: University of Oldenburg, Germany. Thesis: Mechanism of the origination of radiation-induced [...] uced chromosome aberrations in Drosophila 1992-1994 PhD: Department of Immunology and Molecular Biology at Free University of Berlin. Thesis: Acylation of viral glycoproteins: structural requirements for [...] Positions 1992-1994: Ph.D. student in Institute of Virology, Department of Immunology and Molecular Biology at Free University of Berlin. Head of Institute Prof. Dr. M.F.G. Schmidt. 1994-2000: Postdoctoral
Molecular and Cell Physiology, Hannover Medical School. 2020-2023 MSc in Engineering in Bio-engineering (Biology and Medicine) at the Northeast Forestry University, China. 2016-2020 BSc. In Seed Science and Engineering
2006: The German Research Foundation announces that the Cluster of Excellence "From Regenerative Biology to Reconstructive Therapy", abbreviated to "REBIRTH", has been approved for funding as part of the
the development and application of molecular genetics, transient kinetics, and hybrid structural biology approaches for the elucidation of myosin and dynamin function, structure, and regulation. Establishment
robots, crystal imagers, X-ray generators & detectors) Bioinformatics for integrated structural biology and hybrid methods Computer-assisted drug-design (3D-workstations, High-Performance Computing Cluster)
skeletal muscle and the heart. Internship: Students will be able to apply their knowledge of molecular biological techniques in skeletal and cardiac muscle, cell and tissue culture and to plan experiments on signaling
Illig, the HUB, as the central biobank of the MHH, collects, processes and stores high-quality biological samples for medical research. On this website, you will find up-to-date information about HUB