Marcin Adam Wrzosek

Marcin Adam Wrzosek is an Associate Professor in the Department of Internal Medicine and Clinic for Horses, Dogs, and Cats at Wrocław University of Environmental and Life Sciences. His academic roles include supervising doctoral and master’s theses, leading research projects, and contributing to veterinary neurological studies. His primary affiliations span the Faculty of Veterinary Medicine, with collaborations extending to institutions like the University of Bern and ResearchGate.

Education and Training: His career includes postdoctoral work at the University of Bern (2006–2009) and long-term tenure at his current university since 2002. His expertise integrates clinical neurology, neuroimaging, and electrophysiological diagnostics in veterinary contexts.

Research Interests: Dr. Wrzosek specializes in neurological disorders in animals, with a focus on epilepsy, meningoencephalitis, and neuroimaging techniques (MRI, DTI, EEG). He explores the application of advanced imaging and electrodiagnostic tools to improve diagnostic accuracy and treatment outcomes for canine and feline neurological conditions. His work also addresses developmental neuroanatomy in species such as bears and porcine models.

Key Contributions: His recent studies include analyzing neurological assessment scales for Yorkshire Terriers with meningoencephalitis, developing MRI-based volumetric techniques for canine epilepsy, and investigating diffusion tensor imaging in syringomyelia. He has supervised multiple theses on topics like spinal cord dynamics and EEG-MRI correlations in veterinary medicine.

Grants and Collaborations: His research is supported by collaborative efforts with institutions like the University of Bern and international co-authors. He actively publishes in high-impact veterinary journals and participates in conferences on neurology and acoustics.

Labs and Teams: His work is conducted through the Department’s clinical and research facilities, emphasizing translational studies between human and veterinary neurology. He leads a research group focused on advancing neuroelectrophysiology and imaging in small animal medicine.