Systems Neuroscience
As a physician and cognitive neuroscientist, I am involved in basic science projects, as well as their clinical application. My research focuses on understanding the role of cortical and subcortical neural oscillations for physiological and pathological information processing. During my PhD, I studied oscillatory prefrontal-hippocampal interactions during cognitive control in epilepsy patients. Thereafter I shifted my focus on characterizing the neural signature of cognitive and emotional processing in Parkinson’s disease. My aim is to use our insights into the neural bases of non-motor symptoms to develop patient-tailored therapeutic interventions, such as adaptive deep brain stimulation. After working with Lars Timmermann in Marburg, Germany, I moved on to work with Philip Starr at UCSF, USA, and manage my lab remotely.
I studied biology in Rostock with a main focus on neurophysiology. During work on my diploma thesis I specialized on pathophysiology and treatment of movement disorders, especially Parkinson’s disease. For my PhD in Prof. Timmermann's lab in Cologne, I switched from animal studies to clinical studies. During this time, I acquired a wide array of different recording and analysis techniques, including high resolution EEG measurement, deep brain recordings, time-frequency and source analysis. One of my main research aims was to analyze the information flow between deep brain structures and peripheral muscle activity in Parkinson's disease Patients. I am especially interested in nonlinear analysis tools, as I believe that many common linear techniques do not fully capture the brains complexity. For this purpose I developed NoLiTiA, a free open-source Matlab toolbox readily available at www.nolitia.com.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Neurosciences
Project: Prediction of clinical effects of deep brain stimulation.
Cooperation
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: Speech processing and production in Parkinson's disease patients.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: A multi-frequency functional map of the nucleus subthalamicus in patients with Parkinson’s disease.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: Working memory and Parkinson's disease.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Neurosciences
Project: Effect of Dopamine on Electrophysiological Networks during Response Inhibition in Parkinson’s Disease.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: Vegetative nervous system and social interaction.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Dentistry
Project: Response inhibition in Parkinson's disease.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: The role of theta-oscillations for movement in Parkinson's disease.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: Electrophysiological mapping of the GPi.
Cooperation
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: Influence of deep brain stimulation on prosodic processing in Parkinson's patients.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: Frequency-specific effects of deep brain stimulation on working memory in Parkinson’s patients.
Cooperation
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: Characterization of electrophysiological motor-networks in RBD-patients.
Cooperation
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: Schizotypy in Parkinson's disease.
Cooperation
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: Characterization of oscillatory neuronal networks in patients with REM-sleep-behavioral-disorders using clinical resting-state EEG.
Cooperation
Lab: Dynamical Neuroscience
University programme: Medicine
Project: Rhythmic auditory stimulation in Parkinson's patients.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Dentistry
Project: Emotion and Parkinson's disease.
Cooperation
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: Characterization of electrophysiological networks in RBD-patients.
Studiengang: Cognitive Neurosciences
Project: Electrophysiological mapping of single unit activity in the STN (Master thesis).
Cooperation
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: Characterization of electrophysiological networks in RBD-patients.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
Lab Manager
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Neurosciences
Project: Subcortical-cortical couplings in Parkinson's patients.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme:
Project: Working memory and Parkinson's disease.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Psychology
Project: Effect of vagus stimulation on reward learning.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: Auditive stimulation and Parkinson's disease.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: Modulation of oscillatory activity by deep brain stimulation in Parkinson's patients.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: Emotion and Parkinson's disease.
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme: Medicine
Project: Influence of dopamine on oscillatory activity in Parkinson's patients.
Cooperation
Lab: Cognitive Neurophysiology, Dynamical Neuroscience
University programme:
Project: Influence of music on network activity in Parkinson's patients.