Novel biocompatible alloys via peptides surface engineering
Résumé
Modern solutions in biomedical engineering imply innovative strategies at the frontier between chemistry, material science, and biology to develop biofunctionalized substitutes able to restore, maintain or improve tissue integrity. These substitutes are materials that are designed to positively interact with a living biological system for a therapeutic purpose while introducing mechanical, physical and/or chemical functions to the body. Commonly speaking, they are defined as biomaterials [1]
It is of paramount importance to enhance the bioactivity of materials scaffolds by combining biomaterials with biological cues to drive a particular tissue function [2]. In practice, biocompatibility can be achieved by first choosing bioinert solids and then coating them with bioactive molecules
Domaines
Biomatériaux| Origine | Fichiers produits par l'(les) auteur(s) |
|---|