Job ID: 119644

Postdoctoral position in Neuronal ensembles in brain pathways in chronic pain

Position: Post-doctoral Position

Deadline: 31 October 2024

Employment Start Date: 1 November 2024

Contract Length: 2-4 years

City: Heidelberg

Country: Germany

Institution: Pharmacology Institute

Department: Molecular Pharmacology


Project Summary: The precise basis of how pain is encoded in the brain remains unknown. Our past and recent work points to the specificity of regions and pathways in mediating or modulating specific components of pain, such as sensory, emotional and cognitive aspects. In this project, we aim to address neuronal ensembles, i.e. cohorts of specific and sparsely distributed neurons in the rodent brain, in key brain areas and study their plasticity as well as their role in mouse models of acute and chronic pain.


Project-related references:

Stegemann A, Liu S, Retana Romero OA, Oswald MJ, Han Y, Beretta CA, Gan Z, Tan LL, Wisden W, Gräff J, Kuner R. Prefrontal engrams of long-term fear memory perpetuate pain perception. Nature Neuroscience. doi: 10.1038/s41593-023-01291-x, 2023


Gan, Z., Gangadharan V., L.L. Tan, C. Körber, H. Li, M. J. Oswald, J. Kang, J.M. Martin-Cortecero, D. Männich, A. Groh, T. Kuner, S. Wieland and Kuner, R. Layer-specific pain relief pathways originating from the motor cortex. Science, 378(6626):1336-1343, 2022


Oswald MJ, Han Y, Li H, Marashli S, Oglo DN, Ojha B, Naser PV, Gan Z, Kuner R. Cholinergic basal forebrain nucleus of Meynert regulates chronic pain-like behavior via modulation of the prelimbic cortex. Nature Communications, 2022, 13(1):5014.


Tan LL, Oswald MJ, Heinl C, Retana Romero OA, Kaushalya SK, Monyer H, Kuner R. Gamma oscillations in somatosensory cortex recruit prefrontal and descending serotonergic pathways in aversion and nociception. Nature Communications 28;10(1): 983, 2019


Tan LL, Pelzer P, Heinl C, Tang W, Gangadharan V, Flor H, Sprengel R, Kuner T, Kuner R. A key role for a mid-cingulate cortex-posterior insula pathway in nociceptive hypersensitivity, Nature Neuroscience 20(11):1591-1601, 2017



Methods that will be used: In vivo electrophysiology in mouse brain (Neuropixel recordings), optogenetic manipulations, in vivo imaging, behavioural analyses in mice


Cooperation partners: Prof. Thomas Kuner (Heidelberg University) and Prof. Markus Plober (TUM, Munich)


Eligibility qualifications: PhD in neurosciences or associated fields. A strong record in the study of brain functions and rodent models is a must. Expertise in electrophysiology is desired.


Desirable skills: electrophysiological analyses and/or in vivo imaging in rodent brain


Keywords: neurobiology of pain, brain pathways, neural circuits, Neuropixels, tetrode recordings, two-photon imaging

Enclosures: The following documents must be enclosed with your application as a single PDF file: updated CV with publications, motivation letter, copies of degree certificates


Information for the applicant: For any updates and further information (e.g: change of deadline of the application), please visit the consortium website career section: