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A PENS Neuroscience School.

August 6th - August 31st, 2007

Arcachon, France

Rautenberg Philipp
Email philippder-rautenberg.de
Gender Male
Nationality Germany
Year of birth 1977
Department Biologie
University Ludwig-Maximilians-Universitt
Country (of work) Germany
Simulation Project Title From the Cochlea to the MSO.
Type of model Systems model
Description The MSO plays a crucial role in sound localisation. It acts like a coincidence detector. The neuronal circuit that processes the signal from the cochlea to the MSO is mainly composed of five parts: the VCN, GBC, SBC, LNTB, MNTB and the MSO. I would like to implement this circuit (e.g. based on computational models of spiking neurons). A model of the cochlea by T.P. Zahn could act as input to this circuit in order to stimulate the circuit with signals resulting from naturalistic sounds.
Why complementary With my PhD thesis I want to establish a multicompartmental model of the MSO. Therefore the type of model I suggest for the project is different and the level of abstraction is higher. On the other hand it would be interesting to see with which requests the MSO has to comply with considering this interesting approach.
Tutor Janet Best


Computational Neuroscience: