Muster D
Stomatologie et Chirurgie maxillo-faciale, Strasbourg.
Agressologie. 1992;33 Spec No 3:127-30.
Based on metals, polymers, ceramics, carbons or natural products, biomaterials represent an essential contribution to the repair or reconstruction of the hard or soft tissues of the dental and maxillofacial area. In order to avoid unsuccessful results these materials should realize a satisfactory tissue integration without bacterial colonization able to compromise the tissue-biomaterial finalized cooperation. The evolution of the science and technology of biomaterials should allow to get tissue toxicity-free materials which also inhibit microorganisms adherence, the infectability becoming a criteria as important as the biocompatibility itself.
基于金属、聚合物、陶瓷、碳或天然产物的生物材料对牙颌面区域硬组织或软组织的修复或重建做出了重要贡献。为了避免出现不理想的结果，这些材料应实现令人满意的组织整合，且无细菌定植，以免破坏组织与生物材料之间的最终协同作用。生物材料科学技术的发展应能使人们获得无组织毒性的材料，这些材料还能抑制微生物附着，感染性成为与生物相容性本身同样重要的标准。
