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Location: Heidelberg, Germany
We are currently seeking a highly motivated and adventurous Ph.D. student to study neuronal and circuit mechanisms of nociception (pain) in the thalamocortical system. The goal of the project is to identify novel, specific circuit interventions to control pain using cutting-edge methods in systems neuroscience. The project combines optogenetics and large-scale electrophysiology in mice and is supported by the second funding period of the Heidelberg Pain Consortium SFB1158 (www.sfb1158.de).
The project will be conducted at the Groh Lab and is co-PIed by Rebecca Mease, Ph.D. and Prof. Alexander Groh. The working language in the lab is English.
Applicants with strong analytical skills and a flair for handling large datasets are particularly encouraged to apply. Applicants should hold a diploma/Masters in a biomedical discipline (e.g. neuroscience, biology, medicine) or in a quantitative discipline (e.g. physics, informatics, mathematics, biomedical-engineering) or similar. Previous experience in data analysis and programming using MATLAB/Python/R etc. is a prerequisite for the evaluation of your application.
Highly desirable but not required:
- Experience in experimental methods to obtain and interpret neurophysiological data, and /or behavioral assays
- Experience in systems neuroscience or analysis of neural networks
- Experience in time-series analysis, machine learning, or dynamical systems
Methods that will be used include electrophysiology, optogenetics, in vivo recordings, behaviour, mathematical/computational modeling, patch-clamp, high density silicon probe recordings, cFOS circuit mapping.
How to Apply
Interested? Please email a letter of motivation, C.V., and relevant certificates to Rebecca Mease and apply through the Heidelberg Biosciences International Graduate School (HBIGS).