The Sensory Physiology group at OVGU Magdeburg, led by Prof. Kristine
Krug, investigates, together with Senior Prof. Andrew Parker, the neural
basis of perceptual decision-making in primates. Our international
research group seeks to establish the direct contribution of neuronal
signals and circuits to cognition in Rhesus monkeys and humans. Our
methods include cellular neurophysiology, high-field magnetic resonance
imaging (MRI) at 7T and cutting-edge brain stimulation methods.
*1) Postdoctoral Scientist (m/f/d) in cortical-subcortical network
interactions*
*https://ovgu.b-ite.careers/kpuka*
As part of the LOOPS priority programme funded by the DFG (German
Research Foundation), we seek a postdoctoral scientist to investigate
the role of thalamo-cortical circuits in computing and calibrating the
organization of 3-D visual space. The project will investigate how
signals from the pulvinar nuclei influence cortical perceptual
processes, using high-density in vivo neurophysiological recordings and
causal intervention methods, specifically focused transcranial
ultrasound and chemogenetics.
Tasks of the postdoctoral scientist:
* to test the role of pulvinar-cortical interactions in binocular
visual processing, using dual recording in the pulvinar nuclei and
visual cortical areas
* to test the consequences of temporary, reversible inactivation of
pulvinar sites using non-invasive exposure to transcranial
ultrasound stimulation (tFUS) and chemical inactivation by DREADDs,
guided by high-resolution magnetic resonance imaging
* to collaborate within a multi-disciplinary team and across the LOOPS
network throughout Germany
* to take responsibility for research progress and research reporting,
presentations at scientific meetings etc.
* to contribute to the development of methodology, the conduct of
animal experiments and the fostering of collaborations
*2) Postdoctoral Scientist (m/f/d) in primate neuroscience *
*https://ovgu.b-ite.careers/ad6bq*
We seek a postdoctoral scientist to investigate dynamic neuronal
interactions that shape the perception of three-dimensional objects in
space, within and across cortical columns in visual and parietal cortex.
The project involves high-dimensional, multi-site neurophysiological
recordings and optogenetic stimulation in Rhesus monkeys to determine
the neural codes for perceiving and making decisions about naturalistic,
dynamically changing visual objects and scenes. Simultaneous MRI and
neurophysiology allow the comparison of coding principles between
monkeys and humans.
Main responsibilities:
* to investigate the neural basis of perceptual decision-making using
simultaneous, high-dimensional neurophysiological recording in two
or more cortical areas
* to determine the direct contribution of specific circuit elements to
perceptual decisions through optogenetic and electrical stimulation
* to compare perceptual coding between human and non-human species
using high-field MRI
* to collaborate within a multi-disciplinary team and taking
responsibility for research progress and research reporting,
presentations at scientific meetings etc.
* to contribute to the development of methodology, the conduct of
animal experiments in the laboratory and the fostering of
international collaborations
* to contribute to teaching advanced neuroscience students (4 semester
hours per week; mentoring will be provided)
*
*
*Requirements for the positions:*
* a PhD in neuroscience, medicine, or another natural science and a
strong quantitative background
* experience with at least on of the following: mammalian
neurophysiology, optogenetics, chemogenetics, behaviour, or MRI, in
particular with non-human primates
* experience in computational modelling or programming, e.g. with
MATLAB or Python, and in statistical methods
* excellent language skills in English (German language skills are
welcome but not essential)
* confidence and motivation to develop methodology/data analysis
techniques and drive research projects forward
These are fixed term posts, initially for three years, but can be
potentially extended. If you have questions about the advertised
position, please contact Prof. Kristine Krug (kristine.krug(at)ovgu.de
or 0391 67 55067) or Prof. Andrew Parker (andrew.parker(at)ovgu.de). For
further information about the research group, please see www.lisp.ovgu.de.
The Otto-von-Guericke-University Magdeburg, with its associated
institutes, has an internationally renowned scientific profile in
Neuroscience. Magdeburg is a vibrant and multidisciplinary scientific
environment offering a broad range of opportunities for cutting-edge
neuroscience research, including high-field, high-resolution MRI (7T)
and state-of-the-art facilities for research with non-human primates.
Otto von Guericke University is a signatory of the German Diversity
Charter. We welcome your application, regardless of gender, cultural and
social background, age or sexual orientation. Applications from severely
disabled people or people with an equivalent impairment will be given
priority in the case of equal suitability, ability and professional
expertise. The Otto von Guericke University strongly promotes gender
equality in all professional areas.
Please send your complete application (cover letter, statement of
research experience, curriculum vitae, names of two referees) by 20 July
2023 (date of receipt of application) using the online application
portal (follow the links above).
--
Prof Kristine Krug MA DPhil FRSB
Heisenberg-Professorin, Lehrstuhl in Sensorischer Physiologie
Otto-von-Guericke-Universität & Leibniz-Institut für Neurobiologie, Magdeburg, Deutschland
Visiting Professor of Neuroscience, DPAG, Oxford University, UK
Otto-von-Guericke-Universität
Institut für Biologie
Leipziger Strasse 44 / Haus 91
39120 Magdeburg
phone +49 391 67 55067
emailkristine.krug at ovgu.de
websitewww.lisp.ovgu.de
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