Computer-Based Modeling
Chair in Computer-Based Modeling in 3R Animal Welfare
Project Lead: Prof. Dr. Peter Jedlička
In the context of researching and developing alternative methods to animal testing, complex and biologically realistic computer models of cells in both healthy and diseased tissues are created. To reduce the number of animal experiments, computer simulations are combined with tissue-based in vitro systems (e.g., organotypic slice cultures). Rapid and effective knowledge and technology transfer is ensured through publications and the provision of created computer models in online accessible databases.
Computer Modeling of Lesion-Induced Atrophy of Neuronal Dendrites as a Tool for 3R Animal Welfare Strategies
Collaborating Partner: Philipps University Marburg
BMBF-NIH Multiscale Computer Model of Repetitive Transcranial Magnetic Stimulation (rTMS)
Collaborating Partners: Albert-Ludwigs-University Freiburg
Temple University, Philadelphia
University of Minnesota
LOEWE Focus Cepter, Subproject 12 - Computer Model of Neuroimmune Interaction During Epilepsy Development