Neuroscience Research Training Group
“Neurobiology of Social and Emotional Dysfunctions“
funded by the German Research Council
Psychopathologies associated with social and emotional dysfunctions, such as anxiety disorder and depression, create a high personal and socio-economic burden. Often, specific treatment options for these psychopathologies are limited mostly due to our still limited knowledge of underlying neurobiological mechanisms. The doctoral projects of our GRK, which exists since 2017, aim to yield in-depth insights into some molecular, neuronal and neuroendocrine aspects of socio-emotional dysfunctions using a translational approach and state-of-the art methodology. The scientific projects will be performed in either rodents or humans and are anchored in either the Department of Neurobiology, Psychiatry and Psychotherapy, Neurology, Biochemistry or Psychology of the University.
You will be supervised by 2 experienced principle investigators (tandem supervision) in a lively and interdisciplinary scientific environment, and acquire important academic and soft skills for your future career in neuroscience. We offer the option for a 3 -month research stay in an international collaborative lab, and active participations in GRK retreats and international congresses, which will promote your integration into the neuroscience community.
Your Profile
What we offer
All positions are funded for up to three years, according to the German pay scale TV-L E13 (65%).
Your application
Please provide the following files (PDF preferred) attached to one single email addressed to grk.emotions@ur.de
Application Deadline: There are project-specific deadlines for each PhD positions.
Selection of PhD project: We encourage applicants to browse through all open GRK projects, as you can apply for up to 3 priority projects.
In case you have any further questions, do not hesitate to contact us: grk.emotions@ur.de
List of planned doctoral projects starting in 2023
GRK/C Project | Potential Title of GRK/C project | Supervisors |
C1 | Astrocyte-mediated synaptic phagocytosis in emotional and social dysfunctions (Link) | Di Benedetto, Neumann |
C2 | Neuroendocrine and emotional consequences in orphaned rat mothers (Link) | Bosch, Di Benedetto |
C3 | Identification of adolescents at high versus low risk for anxiety and depressive disorders using neuroendocrine & imaging connectome markers (Link) | Brunner, Neumann |
C4 | Project already assigned | Egger, Brunner |
C5 | Neurobiology of learning, memory and emotions: a bottom-up approach studying SPIRE/FMN actin nucleators in the sea anemone nerve net (Link) | Kerkhoff, Neumann |
C6 | Determinants of individualized socio-affective space and effects of psychosocial stress (Link) | Kudielka, Schwarzbach |
C7 | The role of coding and non-coding RNAs and their downstream signaling in social fear in mice (Link) | Meister, Neumann |
C8 | Neuronal circuits underlying social fear in mice: Role of septal OXT and CRF signaling (Link) | Menon, Neumann |
C9 | Choosing between competing rewards: modulation by social stressors in rodents (Link) | Neumann, Grinevich |
C10 | Brain circuits and social factors regulating empathy in rodents: focus on dopamine and oxytocin (Link) | |
C11 | Changes in brain communication and cognition in depressive patients who undergo electroconvulsive therapy (Link) | Nothdurfter, Schwarzbach |
C12 | Modulating emotional states by means of fMRI-neurofeedback in humans | Schwarzbach, Rupprecht |
C13 | Wetzel, Schwarzbach |
Graduate Programme: "Neurobiology of Social & Emotional Dysfunctions"
Email: grk.emotions@ur.de