Our research explores several complementary directions, all rooted in organic synthesis and the strategic use of light—from fluorescence to controlled photo-irradiation. We create tailor-made molecules and functional polymers designed to tackle pressing biomedical challenges.

A major focus is the development of fluorescent tools to visualize reactive species inside living cells, providing insight into processes linked to cancer and other pathologies. In parallel, we translate photochemical concepts into therapy-oriented platforms, designing photoactive systems that can selectively eradicate cancer cells and microbial pathogens. In particular, we pursue light-triggered therapeutic approaches such as photodynamic therapy (PDT), where illumination activates our compounds to produce cytotoxic effects with spatial and temporal precision.

By combining synthetic chemistry, photophysics, and biological validation, we aim to deliver both advanced diagnostic probes and next-generation therapeutic strategies—from intracellular sensing to targeted phototherapies.