Bioinformatics, Molecular Dynamics, Homology Modelling, Molecular Visualization.
Understand the Norovirus Capsid Assembly under the guidance of Dr. Stephane Bressanelli and Dr. Yves Boulard. See more at :
Obtained with honors ("Good")
Obtained with honors ("fairly well")
Option Biology, obtained with honors (fairly well)
Study peripheral binding protein to update the current model for peripheral membrane binding.
Increase our knowledge on 3D bioisosteric fragments, directed by Dr. Arnaud Gohier and Dr. Pierre Ducrot
This project aims to better understand the Norovirus Capsid Assembly under the guidance of Dr. Stephane Bressanelli and Dr. Yves Boulard.
Development of new standardized visualizations for polysaccharide for a molecular visualization software based on a 3D game engine (Unity) : UnityMol
Study of the existence of "aromatic cages" on a peripheral proteins dataset, allowing the binding between the protein and a phosphatidylcholine on a cellular membrane.
Study of amino acids distribution in peripheral and transmembrane proteins.
Development of a cooperative platform of serious gaming for university undergraduates
Enzyme assay of the amount of ammonia produced by H. pylori living, wild-type and mutant, depending to the substratewhich is provided
Best student poster for Sweet UnityMol, molecular graphics for glycoscience.
French : Mother tongue
English : Fluent
German : Basic