Fish mucosal surfaces are more than protective barriers—they are living, intelligent structures at the frontline of health and survival.

 

Fish mucosal surfaces form a dynamic interface with the surrounding environment, continually sensing, communicating, and adjusting to both external and internal signals.

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Our research investigates the complexity of mucosal immunity and physiology across multiple levels of biological organisation - from the activation of molecules, to cellular interactions and communication, tissue architecture, organ function, and ultimately overall organismal health and performance. We examine how mucosal surfaces protect against pathogens, sustain homeostasis, and adapt to the diverse challenges of the aquatic environment.

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We aim to reveal fundamental principles of vertebrate mucosal immunity and contribute to innovations in aquatic animal health.