Advanced biointerfaces can be achieved due to new chemical and/or nano-structured modulated surfaces that allow manipulation of biological environment at molecular level. Surface nanostructuring of conventional and advanced biomaterials is one of the keys to promote tissue growth, repair and regeneration, through favorable interactions with both cells and surrounding biological species. Our global hypothesis is based on exciting results obtained by our team, confirming the ability of directed irradiation synthesis (DIS) to tailor the functionality of biocompatible surfaces. Therefore, the aim of this theme is to modify the structure and/or chemistry of surfaces to produce designed nano-structures and controlled chemical species with specific target on cells stimulations mediated by designed new biointerfaces.
Magnetic Bacterial Nanocellulose
