New Wageningen University Professor Aims to Stop Animal Virus Outbreaks Before They Start
Wageningen, Tuesday, 1 September 2026.
Effective September 2026, Barry Rockx joins Wageningen University, using advanced 3D laboratory models of blood vessels and placentas to predict and prevent deadly animal virus outbreaks.
Bridging Healthtech and Agritech for Global Biosecurity
The appointment of Barry Rockx on September 1, 2026, represents a critical advancement at the intersection of veterinary medicine, healthtech, and agritech [1][2]. In modern agricultural systems, the health of livestock is inextricably linked to food security and human public health [GPT]. By focusing on emerging animal viruses, this academic initiative addresses the urgent need for proactive biosecurity in the agritech sector, safeguarding both animal welfare and food supply chains [1][2]. Concurrently, the research utilizes cutting-edge healthtech methodologies to study how pathogens transition from wildlife and livestock to potentially infect human populations [2].
How the Innovation Works: Recreating Biology in 3D
At the core of this scientific endeavor is an innovative approach to studying viral pathogenesis without relying solely on traditional animal testing [1][2]. Rockx and his team develop three-dimensional laboratory models of complex physiological structures, such as blood vessels and the placental barrier [1][2]. By recreating these biological environments in vitro, researchers can closely observe how viruses interact with host cells, cross physiological barriers, and cause disease [1][2]. This high-fidelity modeling significantly improves transmission modeling, risk assessment, and the early identification of potential outbreaks before they spread widely among livestock or wildlife [2].
A Decisive Step in One Health Diagnostics
This research is designed to combat a wide array of vector-borne pathogens that pose immediate threats to European agriculture, including the West Nile virus, Shamonda virus, Rift Valley fever virus, bluetongue virus, and tick-borne encephalitis virus [1][2]. These viruses are transmitted by vectors such as mosquitoes, biting midges, and ticks [1][2]. In the weeks leading up to late August 2026, the agricultural sector observed a notable rise in West Nile virus infections among horses, alongside the introduction of the Shamonda virus in cattle [1]. By applying a ‘One Health’ framework, which recognizes the interconnectedness of human, animal, and environmental health, this innovation seeks to predict and mitigate these viral shifts before they escalate into full-scale crises [1][2].
The Expert and Institution Behind the Initiative
This initiative is led by Barry Rockx, who has been appointed to the special chair in Pathogenesis of Emerging Veterinary Viruses at the Laboratory of Virology at Wageningen University & Research (WUR), located in Wageningen, the Netherlands [1][2]. Rockx brings over two decades of high-level virology experience to the role [1][2]. After earning his PhD from Utrecht University in 2004, he spent a decade in the United States at institutions such as the University of North Carolina, the Rocky Mountain Laboratories, and the University of Texas Medical Branch, researching high-consequence pathogens like SARS-CoV, influenza, henipaviruses, and filoviruses [2]. Returning to the Netherlands in 2014, he led diagnostic and exotic virus research at the National Institute for Public Health and the Environment (RIVM) and Erasmus MC, and has served as a senior scientist at Wageningen Bioveterinary Research since 2022 [2]. His new dual position effectively bridges fundamental virological research with applied veterinary science [1][2].