Bioélectrochimie pour les capteurs, l’énergie et les nanomatériaux.

I2BM’s research focuses on the chemistry of biomolecules (nucleic acids, sugars, peptides, proteins) to design complex polyfunctional macromolecules whose properties are characterized by physicochemical studies (ITC, SPR, BLI, QCM-D, AFM…), molecular and cellular biology. Our projects, ranging from basic research to applications, belong to the Chemical Biology at the interface of chemistry, biology and immunology: they concern applications in the health field. In particular, we develop synthetic supramolecular architectures and functional interfaces for bio-analysis, diagnosis and therapeutic applications (cancer, neuropathies, bacterial and viral diseases).

CIRE laboratory develops its research in the fields of molecular electrochemistry and redox photochemistry. We design molecular architectures with diverse functionalities often inspired by a bio-mimetic approach. Our work is directed towards both fundamental research(switchable systems, artificial photosynthesis, metal-radical coupling) and practical applications (nano-chemical devices, inhibitors development).

Synthèse et Réactivité en Chimie Organique.

Expertise in the field of theoretical chemistry and experimental mass spectrometry :
At the upper right, study of alkynes activation by Au(I) complexes with the help of Mass spectrometry; At the bottom in the left, TD-DFT development for the photochemistry ; At the bottom in the middle QM/MM Studies of Tyrosinase inhibitors ; At the right modelization of the reactivity in solution.