Peter Jedlicka

Peter Jedlicka is a Professor at Goethe University Frankfurt, affiliated with the Neuroscience Center and Clinical Neuroanatomy department, while also holding a Professorship for Computer-Based Modeling in the field of 3R Animal Protection at Justus Liebig University's Faculty of Medicine. His research bridges computational neuroscience and experimental neurobiology with a commitment to animal welfare principles.

His primary research interests focus on computational neuroscience, theoretical neuroscience, and neurobiology, specifically investigating synaptic plasticity mechanisms, dendritic computation in cortical neurons, and structural plasticity in adult-born hippocampal granule cells. He employs advanced modeling techniques including compartmental modeling (NEURON), morphological modeling (TREES toolbox), and stochastic reaction-diffusion modeling (STEPS, MCell) alongside experimental methods like in vivo electrophysiology and immunohistochemistry.

Professor Jedlicka's publication record demonstrates consistent high-impact output from 2011-2019 in journals including Cell Reports, PNAS, and eLife, with research evolving from molecular investigations of neuroligin-2 effects toward sophisticated unified models of synaptic plasticity. His work shows increasing methodological integration between computational prediction and biological validation.

As a full professor with active research output, he likely supervises graduate students and secures competitive funding. His multi-institutional collaborations, particularly with Cuntz and Schwarzacher groups, indicate strong national partnerships and international engagement in computational neuroscience networks. Students in his group gain dual expertise in computational modeling and experimental neuroscience techniques within Goethe University's interdisciplinary neuroscience environment.

Based at Goethe University Frankfurt's medical campus, Professor Jedlicka operates within the Neuroscience Center's collaborative framework, contributing to Frankfurt's position as a hub for integrative brain research while advancing 3R principles through computer-based modeling approaches.