Our mission

Our research offers a window into the immune systems of teleost fish, providing a unique perspective on the evolutionary adaptations that these organisms have undergone. 

By employing cutting-edge techniques such as single-cell RNA sequencing, we map out the diversity and function of immune cells in response to pathogens. 

This foundational research not only improves fish health management in aquaculture but also enriches our understanding of vertebrate immunology. 

We investigate how antibodies and their receptors function within teleost fish, focusing on their role in immune response activation. This includes exploring the interactions between antibodies and various cell surface receptors, which are crucial for initiating immune defenses like phagocytosis and cytotoxicity. 

Our findings on the evolution of these interactions highlight the adaptive nature of immune systems and provide a template for vaccine development and disease prevention strategies. 

A significant part of our applied research involves developing and refining vaccination techniques, particularly through oral delivery methods, to enhance immune efficacy and user safety in aquaculture environments. 

These efforts are paving the way for more sustainable and humane practices in fish farming, ultimately contributing to global food security. 

Our studies on host-pathogen interactions are critical for understanding how immune systems and pathogens evolve in response to each other. 

This research not only helps in designing effective disease control measures but also in predicting how pathogens might evolve, enabling us to stay one step ahead in disease management.