Pere Boadas-Vaello

Dr. Pere Boadas-Vaello serves as an Associate Professor in the Department of Medical Sciences at the University of Girona (UdG), a position he has held since 2016 following his initial appointment as Lecturer in 2010. He concurrently serves as co-director of the Clinical Anatomy, Embryology and Neuroscience Research Group (NEOMA), driving interdisciplinary research initiatives within the university's biomedical sciences domain.

His academic foundation includes a Bachelor's degree in Biochemistry (2004) and a Doctorate in Biomedicine from the University of Barcelona (2008). Predoctoral research spanned international institutions: Biocentre Oulu (Finland) under Prof. Kari Majamaa, University of Barcelona under Prof. Jordi Llorens, and IIQAB-CSIC under Prof. Josep Maria Bayona.

Dr. Boadas-Vaello's research program investigates behavioral and pathological consequences of toxic/traumatic injuries in sensory-motor systems while pioneering advanced analytical methodologies for biomedical applications. His work integrates Neuroscience, Physiology, and Toxicology with Analytical Chemistry techniques, addressing neurological health challenges through behavioral assessments, molecular biology, and chemical analysis frameworks.

His scientific recognition includes the competitive Juan de la Cierva Fellowship at Bellaterra Neuroscience Institute (INc-UAB) and BE-AGAUR Fellowship at Lausanne's Brain Mind Institute (BMI-EPFL), reflecting early-career research excellence.

As Associate Professor and NEOMA co-director, he oversees graduate supervision and research direction within UdG's Medicine degree program. His leadership involves grant acquisition for neurotoxicology projects and development of novel analytical protocols, though specific student names and grant details remain undisclosed in available records.

The NEOMA research group under his co-direction conducts cutting-edge investigations spanning clinical anatomy, embryology, and neuroscience. The team employs multimodal approaches including behavioral phenotyping, molecular biomarker analysis, and advanced chemical diagnostics to study sensory-motor system pathologies.