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In this study, we want to develop image and data processing workflows to analyze and visualize DBS outcome.
This was done first in a patient-specific manner, and then at a group level using data collected intra- and postoperatively.
In collaboration with Prof Karin Wårdell, Dr Dorian Vogel and Dr Fabiola Alonso | Department of Biomedical Engineering, Linköping University, Linköping, Sweeden.
In collaboration with Prof Simone Hemm-Ode, Dr Ashesh Shah, Eli Rickert (PhD student) and Prof Erik Schkommodau | School of Life Sciences, Institute for Medical and Analytical Technologies, FHNW University.
Vogel D. (2022) Deep Brain Stimulation Atlases in Movement Disorders: from Patient-Specific to Group AnalysisLinköping University Dissertation N°2215.
Vogel D., Wårdell K., Coste J., Lemaire JJ., Hemm S. (2021) Atlas Optimization for Deep Brain Stimulation. In 8th European Medical and Biological Engineering Conference. IFMBE Proceedings 80, 130–142
Shah A., Vogel D., Alonso F., Lemaire JJ., Pison D., Coste J., Schkommodau E., Hemm S. (2020) Stimulation Maps: Visualization of Results of Quantitative Intraoperative Testing for Deep Brain Stimulation Surgery. Medical & Biological Engineering & Computing 58(4), 771–784
Vogel D., Shah A., Coste J., Lemaire JJ., Wårdell K., Hemm S. (2020) Anatomical Brain Structures Normalization for Deep Brain Stimulation in Movement Disorders. NeuroImage: Clinical 27, 102271
Alonso F., Vogel D., Johansson J., Wårdell K., Hemm S. (2018) Electric field comparison between microelectrode recording and deep brainstimulation systems - A simulation study. Brain sciences 8(2), 28
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