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Multiphasic Biomaterials: A Concept for Bone Substitutes Developed in the "Pays de la Loire"

Journal Key Engineering Materials (Volumes 361 - 363)
Volume Bioceramics 20
Edited by Guy Daculsi and Pierre Layrolle
Pages -17--1
DOI 10.4028/www.scientific.net/KEM.361-363.-17
Citation Guy Daculsi et al., 2007, Key Engineering Materials, 361-363, -17
Online since November, 2007
Authors Guy Daculsi, Daniel Chappard, Eric Aguado, G. Legeay, Pierre Layrolle, Pierre Weiss
Keywords Allograft, Animal Model, Bone Tissue Engineering, Calcium Phosphate Bioceramics, Cement, Clinical Applications, Hydrogel, Injectable Bone Substitute, Osteoinduction
Abstract

This paper reports on the research into multiphase bone substitutes carried out by laboratories from the ‘Pays de la Loire’ region in France. This collaborative research was funded by both the French Government and the Regional Council in the period 2000-2007. Calcium phosphate bioceramics, polymers and combinations have been developed as bone substitutes for various maxillofacial and orthopaedic applications. These bone substitutes should support and regenerate bone tissue and resorb after implantation. In the bone tissue engineering area, they have been combined with autologous bone marrow cells or bioactive factors. The bone substitutes were tested in various animal models mimicking clinical situations or under pathological conditions (osteoporosis). In order to complete our research, the multiphase materials were also evaluated in clinical trials.

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