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Developing functional Dynamic Interactive Nanosystems by tuned incorporation of biorelevant molecular components into nanoplatforms (nanoparticles, nanostructured surfaces, membranes, microarrays, etc.) in synergy with the self-construction of appropriate 3D nanoscaffolds.

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Understanding the dynamic self-organization of molecular components within functionalised nanoplatforms by exploring their synergistic adaptive behaviours and their structural evolution upon addition of different biological target molecules, and to control accurately the chemical/biological responses of Dynamic Interactive Nanosystems.

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Addressing challenges in the glycoscience field by inclusion of Dynamic Interactive Nanosystems as complex biomimetic platforms.

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Developing new applications of Dynamic Interactive Nanosystems in biomedicine and biotechnology, and investigating industrial applications for increasing the impact of developed bio- and environmentally responsive nanomaterials and "smart" nanodevices.