Job Description

Ihre Aufgaben



The PhD position is part of a recently funded project by the German Research Foundation on the leptin-mediated control of innate behavior. We are now seeking a highly motivated candidate who is excited to uncover fundamental principles for the hormonal control of behavior in mouse models, using single-cell miniscope imaging, electrophysiology, opto- and chemogenetics and molecular analysis.



In particular, we seek applicants with experience in one or more of the following areas:



Electrophysiology (in vivo and/or in vitro) Stereotaxic surgery Behavioral experimentation in rodents Data analysis (preferably Python/R), visualization and interpretation

Ihre Qualifikationen



We welcome diverse applicants with a Master degree in neuroscience, biology, neuroinformatics or related field, and a strong interest in solving fundamental questions that link behavior, single cells and neural circuits.



Wir bieten



The position is fully funded starting with a period of up to 2 years and extended based on progress Salary in accordance to the German Public Sector Collective Agreement TV-L Excellent scientific and technical infrastructure An international and highly motivated working environment with colleagues at different stages of their academic career A wide range of interesting benefits as an UMG employee (including in-house daycare center, child vacation care, attractive infrastructure; health and sports promoted by excellent company health management)

To apply, please send a single PDF with your CV, a short statement of why you would like to pursue a PhD and what your research interests are, and contact information for referees.



Einleitungstext



The European Neuroscience Institute Göttingen (ENI-G) is dedicated to the promotion of outstanding young researchers who are characterized by particular scientific excellence. A fully funded, up to four-year PhD position is available in the team of Dr. Petzold (“Brain-Body Interactions”) to investigate the role of subcortical circuits in innate behavior control in relation to peripheral bodily signals.