Major areas of research:
Molecular biophysics. Applications to medical physics
Directions of investigation:
Molecular investigation of antimicrobial peptides interaction with biomimetic lipid systems;
Single-molecule chemistry and stochasting sensing with protein pores;
Single molecule investigation of the interaction between small molecule and a CD molecule trapped within the wild-type α-Hemolysin nanopore.
Areas of expertise
- Unreveling at the unimolecular level of peptide-metal, DNA-metal interactions using protein pores.
- Physicochemical characterization of interactions between viral structural proteins (SARS-Cov2, HBV) and artificial lipid biomembranes
- The protein pores used to investigate at the unimolecular level of the energy couplings associated with the interactions between DNA-binding proteins and DNA fragments