Univ. Bordeaux, CNRS, LP2I Bordeaux, UMR 5797, F-33170 Gradignan, France
Author in the following contributions
- Keynote: DNA damage simulation and prediction of biological endpoints using Geant4-DNA - Development of molecularDNA
- Simulation of radio-induced DNA damages and their repair by means of Geant4-DNA Monte Carlo Track Structure code
- MINAS TIRITH: a Geant4-DNA-based tool for modeling damage at the cell population scale
- Implementation of nitrogen cross-sections in Geant4-DNA
- Calculation of chemical species yields in liquid water after high energy electron irradiation up to 10 MeV using Geant4-DNA
- Simulation and validation of plasmid DNA irradiation by electrons using Geant4-DNA
- The new “RPWBA” implemented model for proton ionization and excitation of liquid water above 100 MeV
- In-silico calculations of DNA damage induced by DaRT for a better understanding of the radiobiological effectiveness of this treatment
- A Geant4-DNA simulation of human cancer cells irradiated with helium ion beams
- Nanodosimetric Study of Radiation in the Brain and Eyes of Astronauts on the Lunar Surface
- Extension of the discrete electron transport capabilities of the Geant4-DNA toolkit to the radiotherapeutic regime
- Development of interaction models in Geant4- DNA to simulate cosmic rays’ effects on ionmolecules reaction in the atmosphere
