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| Laboratory of Molecular NeurosurgeryDirector: Professor Dr. med. Guido Nikkhah, PhD Group Leader: Dr. Máté Döbrössy, PhD |
employment
The Laboratory of Molecular Neurosurgery at the Department of Stereotactic Neurosurgery (Neurocentre, University Hospital of Freiburg), which is part of The Graduate School Neuroscience Freiburg, offers the following position: PhD student Our group focuses on neurodegeneration and neurotransplantation in the CNS with a special interest in neurodegenerative diseases such as Parkinson's and Huntington's disease. Ongoing experimental projects are aimed at further defining the role of neural progenitor and stem cells as well as axon growth promoting and inhibiting factors in neural repair mechanisms and their potential clinical application. Analyses include functional behavioural studies, quantitative and qualitative immunocytochemistry, in-situ hybridization, cell culture and electrophysiological (patch clamp) techniques. For more detailed information please see recent publication, e.g. Nature Med 7 (5), 512-513 (2001), Comp Neurol, 432, 217-229 (2001), J Neurosci, 21 (16), 6252-6263 (2001), Exp Neurol, 171, 405-17 (2001), Exp. Neurol. 187 (1), 118-136 (2004), Nature 429 (6988), 184-187 (2004) and please check the following internet address: http://www.grako-fr.uni-freiburg.de. There you will find further information about the objectives and outlines of the Graduate School Neuroscience Freiburg.
The Laboratory of Molecular Neurosurgery at the Department of Stereotactic Neurosurgery (Neurocentre, University Hospital of Freiburg) offers for students from medical school the following position: medical theses Our group focuses on neurodegeneration and neurotransplantation in the CNS with a special interest in neurodegenerative diseases such as Parkinson's and Huntington's disease. Ongoing experimental projects are aimed at further defining the role of neural progenitor and stem cells as well as axon growth promoting and inhibiting factors in neural repair mechanisms and their potential clinical application. Analyses include functional behavioural studies, quantitative and qualitative immunocytochemistry, in-situ hybridization, cell culture and electrophysiological (patch clamp) techniques. For more detailed information please see recent publication, e.g. Nature Med 7 (5), 512-513 (2001), Comp Neurol, 432, 217-229 (2001), J Neurosci, 21 (16), 6252-6263 (2001), Exp Neurol, 171, 405-17 (2001), Exp. Neurol. 187 (1), 118-136 (2004), Nature 429 (6988), 184-187 (2004) and please check the following internet address: http://www.grako-fr.uni-freiburg.de. There you will find further information about the objectives and outlines of the Graduate School Neuroscience Freiburg.
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