Olga Baron

Olga Baron serves as an Assistant Professor in the School of Biomolecular and Biomedical Science at University College Dublin's Conway Institute. Her academic journey began with a Dip Biology from the University of Rostock, Germany, followed by a Dr rer nat from Universitaet Hannover, and culminated in a PhD in Systems Neuroscience from Hannover Medical School where she was supervised by Professor Claudia Grothe.

• Dip Biology, University of Rostock, Germany
• Dr rer nat, Universitaet Hannover
• PhD in Systems Neuroscience, Hannover Medical School (2008-2011)

Dr. Baron's research focuses on nociception mechanisms using adult Drosophila models to study molecular pathways activated in peripheral somatosensory neurons upon injury. Her work aims to identify molecular mechanisms and markers involved in nociceptive sensitization that mimic human chronic pain conditions, facilitating the development of genetic biosensor tools for pharmacological studies. She investigates how autophagy pathways intersect with neurodegenerative processes, particularly in polyglutamine diseases like DRPLA.

Analysis of her publication record reveals a strong trajectory from developmental neuroscience toward pain mechanisms and autophagy-related neurodegeneration. Her recent work emphasizes Drosophila models of nociception and the role of autophagy in neurodegenerative disorders, demonstrating a strategic shift from basic neural development toward translational pain research.

Dr. Baron currently supervises PhD students as a Thesis Supervisor and coordinates the Sensory Neuroscience module at University College Dublin. She previously held an NC3Rs David Sainsbury Fellowship at King's College London (2018-2022) for her research on pain mechanisms using Drosophila nociception, funded by the National Centre for the Replacement Refinement and Reduction of Animals in Research for the project 'Drosophila model for muscular pain'.

Her laboratory combines molecular genetics, neuroanatomy, and behavioral analysis to investigate nociceptive sensitization pathways, with particular interest in how autophagy dysfunction contributes to neurodegenerative conditions. This work bridges basic neuroscience with potential therapeutic applications for chronic pain conditions.