La Profesora Angela Casini del Technical University of Munich, Germany, impartirá dicha conferencia el día 30 de marzo de 2022 a las 15:00 horas en la Sala de conferencia del Módulo C-0, de la Facultad de Ciencias.
The biomedical application of discrete supramolecular metal-based complexes, specifically self-assembled 3D-metallacages, is an emergent field of study. The robustness and modular composition of such supramolecular metal-based structures allows for the incorporation of different functionalities in the same scaffold to enable imaging in cells via different modalities, but also active tumor targeting and stimuli-responsiveness. Thus, metallacages may constitute ideal scaffolds to develop multimodal theranostic agents. Of note, the host-guest chemistry of metallacages can also be exploited to design novel targeted drug delivery systems for anticancer chemotherapeutics and radioactive imaging agents.
In this lecture the pivotal concepts in this fascinating research area will be summarized, starting with the main synthetic and design principles and illustrating representative examples of palladium(II)-based cages from our group. Certainly, the myriad of possible metallacage-structures and their almost limitless modularity and tunability suggest that the biomedical applications of such complex chemical entities will continue along this already promising path.
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