Sorbonne Université - Master de Sciences et Technologies - mention Chimie
Souhir Boujday, Maître de Conférences, Laboratoire de Réactivité de Surface, Sorbonne Université
R&D
Production
Qualité
Biocompatibilité
Bioactivité
Biomatériaux et leurs applications potentielles
Conception
Fonctionnalisation de surfaces
Ingénierie de surface
Elaboration de couches minces
Modélisation et Caractérisation multi-échelles
Simulation
Elasticité
Visco-élasticité
Interface liquide /solide
Bio-ingénierie
Interface solide / solide
Biomécanique
Adhésion
Laboratoire sur puce
Fonctionnalisation de surface
Microsystèmes
Micro-fluidique
Interface cellule - environnement
Caractérisation des matériaux
Microscopie
Biologie structurale
Structuration de nanomatériaux
Nanotechnologie
Matériaux
Synthèse
Molécule inorganique
Colloïde
Catalyseurs
Propriétés redox
At the end of the course, students will be able to first: identify and explain the numerous strategies used by nature to solve materials problems in an efficient way, and second: describe the chemical and physical concepts by which biological materials are processed and interprete their critical structure/function relationships (case studies will involve materials relevant to the human body (collagen, elastin, bone) as well as those from model organisms (arthropods, mollusks, cephalopods)). The course will also be the opportunity to learn some of the basic concepts and techniques used in life sciences (proteomics tools, gene cloning and protein engineering, protein chemistry), which will allow students to communicate more efficiently with life scientists in their future research activities.