Head of the group "Translational psychiatry"
Specialist in psychiatry and psychotherapy
06131/21349 (office); 06131/39-21345
Weitere InformationenAddress of the laboratory:
Sektion Translationale Psychiatrie
Focus Translationale Neurowissenschaften (FTN)
Hanns-Dieter-Hüsch Weg 19
55128 Mainz
Interested in working in our laboratory? You will find further Information here.
The goal of the working group Translational Psychiatry is to contribute to the development of improved, ideally causal treatment options for patients with mental disorders by translating clinically relevant questions into corresponding animal experimental models of basic research in the long term.
In an interdisciplinary team of physicians and natural scientists, we investigate the complex interaction between the development of depressive disorders, the influence of stress as a known risk factor for the development of mental illness and the molecular mechanisms of effective antidepressive treatment. In addition, we deal with the neurobiological basis of individual stress sensitivity, and here in particular with the resistance (resilience) to stress (why does one person develop a mental illness in a temporal context with a high level of stress, while the other does not?). In addition, we are investigating the molecular mechanisms underlying the interindividual differences in the response to antidepressive therapy (why does one patient respond to a certain antidepressive substance and become healthy, while another with comparable disease symptoms does not? Which predictors can predict a response to treatment?).
Neurobiological mechanisms of individual response to antidepressive therapy
Stress research - interindividual differences in resistance (resilience) to stressful events
Collaborative Research Center 1193 ("Neurobiology of Resilience to stress-related mental dysfunction: from understanding mechanisms to promoting prevention"): Head of two subprojects:
A03 (together with A. Acker-Palmer, Goethe-University Frankfurt): Neuronal actin dynamics shaping resilience: the role of the novel actin-interacting protein ‘downregulated in renal cancer’ (DDR1)
Z02 (together with Beat Lutz, University Mainz): Modelling individual differences in response to stress in mice: an approach to identify neuro-biological mechanisms underlying resilience