德国弗莱堡Albert-Ludwigs大学神经学博士后岗位
日期：2007-08-22
来源：丁香人才网
德国弗莱堡Albert-Ludwigs大学招聘神经学博士后，研究神经皮质中移植和兴奋的通路机制。
Institution
Albert-Ludwigs-University Freiburg
Position
Postdoc in Neuroscience
Location
Freiburg, South Germany
Date Posted
August 21
Description
In a DFG-funded project (3 years), we offer a position either as aPostdoc or as a PhD student (BAT 2a/2) concerned with the unravelling ofexcitatory and inhibitory microcircuits in a basic module of the cortex,i.e. the cortical column. For this exciting endeavour, we use flashphotolysis of caged-glutamate in slices of rat barrel cortex incombination with whole cell-recording and subsequent 3-dimensionalquantitative reconstruction of the neurons (Schubert et al.; J.Neurosci. (2001, 21:3580-3592; 2003, 23:2961-2970; Cerebral Cortex 2006,16:223-236). In cooperation with the group of Prof. Michael Frotscher wewill start a parallel project on reeler mice, in order to investigatesensory processing in a highly disorganized cortex. Candidates must havea background in electrophysiology (patch clamping in slices) and astrong enthusiasm for neuroscience.
Contact
Prof. Dr. J. F. Staiger,
University Freiburg,
Institute for Anatomy and Cell Biology, Department of Neuroanatomy
Phone ++49-761-203-8440
http://www.barrels.uni-freiburg.de/
Albert-Ludwigs-University Freiburg
Position
Postdoc in Neuroscience
Location
Freiburg, South Germany
Date Posted
August 21
Description
In a DFG-funded project (3 years), we offer a position either as aPostdoc or as a PhD student (BAT 2a/2) concerned with the unravelling ofexcitatory and inhibitory microcircuits in a basic module of the cortex,i.e. the cortical column. For this exciting endeavour, we use flashphotolysis of caged-glutamate in slices of rat barrel cortex incombination with whole cell-recording and subsequent 3-dimensionalquantitative reconstruction of the neurons (Schubert et al.; J.Neurosci. (2001, 21:3580-3592; 2003, 23:2961-2970; Cerebral Cortex 2006,16:223-236). In cooperation with the group of Prof. Michael Frotscher wewill start a parallel project on reeler mice, in order to investigatesensory processing in a highly disorganized cortex. Candidates must havea background in electrophysiology (patch clamping in slices) and astrong enthusiasm for neuroscience.
Contact
Prof. Dr. J. F. Staiger,
University Freiburg,
Institute for Anatomy and Cell Biology, Department of Neuroanatomy
Phone ++49-761-203-8440
http://www.barrels.uni-freiburg.de/
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