Pablo Murcia

Professor Pablo Murcia is a Professor of Integrative Virology at the University of Glasgow's Centre for Virus Research within the College of Medical, Veterinary and Life Sciences. His research focuses on understanding the molecular and evolutionary mechanisms underlying host switching and viral emergence, utilizing an interdisciplinary approach that integrates classical virology, molecular and evolutionary biology, epidemiology, and mathematical modeling. Based in Room 436 Level 4 of the Henry Wellcome Building in Glasgow, he collaborates extensively within the Centre for Virus Research and maintains a prolific publication record spanning virology, zoonotic diseases, and viral evolution.

Professor Murcia's research interests center on viral emergence and host switching phenomena. His work examines how viruses adapt to new hosts, with particular emphasis on influenza viruses across different species including equine, canine, and human populations. He investigates the molecular mechanisms that enable viruses to overcome species barriers, the evolutionary dynamics of viral adaptation, and the epidemiological consequences of cross-species transmission events. His research employs both experimental and computational approaches to understand viral fitness, transmission dynamics, and immune responses across diverse host systems. This integrative approach has led to significant insights into the ecology and evolution of emerging viral pathogens, with implications for pandemic preparedness and control strategies.

His recent publications (2022-2025) demonstrate a strong focus on influenza viruses (particularly equine and avian strains), SARS-CoV-2 cross-species transmission to animals, and virus-virus interactions. His work spans multiple disciplines including molecular virology, evolutionary biology, epidemiology, and immunology, with significant contributions to understanding viral emergence, host adaptation, and cross-species transmission. Key themes include the investigation of equine influenza as a model for viral evolution, the dynamics of SARS-CoV-2 in animal populations, and the complex interactions between different respiratory viruses that influence transmission patterns and disease outcomes.

Professor Murcia maintains active collaborations across multiple institutions and has contributed significantly to the field through his extensive publication record (99 items as of August 2025). His work bridges fundamental virology with practical applications for disease control and pandemic preparedness, particularly in the context of influenza viruses and emerging pathogens with zoonotic potential.