Researcher in Electrophysiology and Computational Modeling (M/F)

id="offer-description" class="ecl-u-type-heading-2 ecl-u-mt-none ecl-u-mb-l">Offer Description Exploration and modelling of the oscillation properties of a biological neural network: the claustrum. Experimental work (electrophysiology, optogenetics, imaging), data analysis, modelling of the results obtained using AdEx neural networks and mean-field models. Full command of the experimental workflow, from brain dissection, slice preparation and artificial survival maintenance, to patch-clamp or MEA recordings of neurons, pharmacological and optogenetic interventions, slice incubation and calcium imaging. Data acquisition, results analysis; proficiency with the CNRS Emmy AI and use of data in the context of modelling. Formatting and writing of results in the form of a publication. Experimentation and modelling. Mouse brain dissections for sampling (EVP), complementary electrophysiological recording experiments on brain slices in order to complete a publication. Data analysis. Modelling of the electrophysiological properties of claustrum neuron subtypes, based on the results obtained, with a view to preparing a publication. The ANR CLAwaves project brings together four research teams, two experimental and two computational, and has funded the research of this programme. The programme in which this position is now situated consists in completing the exploration of the oscillatory properties of the claustral neural network in order to extract the mechanisms at the cellular and syna