Nanomedicines and advanced biomaterials have significantly expanded drug delivery and controlled release strategies, enabling refined control over cargo protection, targeting, and spatiotemporal presentation. As these systems grow more complex and bioinspired, their interaction with the immune system becomes a critical factor influencing efficacy, safety, and translational success. This workshop aims to bridge nanomedicine and biomaterial design with mechanisms of immune recognition and response, addressing interactions with both innate and adaptive immunity. Rather than considering the immune system solely as a barrier, it will be examined as an active and dynamic partner capable of shaping biodistribution, persistence, and therapeutic outcomes. Contributions will focus on bioinspired and engineered nanocarriers, cell-derived and hybrid systems, and functional biomaterials designed to modulate immune interactions, whether to promote immune evasion, induce tolerance, or intentionally engage immune pathways. Emphasis will be placed on rational design, immune-relevant characterization, and mechanistic understanding of nano-bio-immune interfaces, fostering cross-disciplinary dialogue and accelerating the translation of next-generation delivery systems.

It is recommended to reserve your room as soon as possible since accommodation offers at reasonable prices may be limited. 

Suggested accomodations: