ISOF integrates advanced organic synthesis, nanotechnology, supramolecular chemistry and materials science to develop bioactive molecules, smart nanocarriers, fluorescent molecular markers, and biofunctional materials for targeted therapeutic strategies and biomedical devices. Research includes biologically active molecules, lipid-based systems and lipidomics, photoresponsive systems, and multifunctional platforms for drug delivery, imaging and light-activated therapies. Strong expertise in advanced characterisation enables investigation of complex biological systems across molecular, cellular and tissue levels. Complementary modelling and data analysis approaches support mechanistic understanding and optimisation of molecular and material design.