Physical hydrogels prepared from natural biopolymers are the most popular components for
bioinks. However, to improve the mechanical properties of the network, in particular its …

To fight against nosocomial infection initiated by colonization of medical devices, a strategy
enabling the direct and fast functionalization of silicone surfaces is proposed. This strategy …

As bioinert material, silicone has to be modified to display suitable biological properties.
Peptides are attractive additives for such a purpose. Most of the time, several steps are …

Relying on a membrane-disturbing mechanism of action and not on any intracellular target,
antimicrobial peptides (AMP) are attractive compounds to be grafted on the surface of …

The need for bioactive dressings increases with the population aging and the prevalence of
chronic diseases. In contrast, there are very few dressings on the market which are designed …

Biocompatible chemical cross-linked hybrid polyethylene glycol-based hydrogels were
obtained from a sol–gel process using bis-silylated molecular precursors in biocompatible …

Hybrid silylated peptides are useful starting compounds for the design of functionalized
materials. Indeed, silylated peptides may react in soft conditions with other silylated species …

Nous avons imaginé et développé une méthode pour la préparation d'hydrogels par
procédé sol-gel à partir de blocs hybrides (bio) organique-inorganique. Les blocs hybrides …

Dans un contexte de conservation, de gestion ou de restauration écologique des
écosystèmes, l'évaluation des services écosystémiques (SEs) permet de mieux encadrer …

The purpose of this PhD work was the design and synthesis of new hybrid biomaterials
based on a polysiloxane backbone. To do so, several biomolecules were silylated, in order …