抄録
Adhesives for tooth bonding, implants, bone substitutes, bone cements, etc. are widely used for functional reconstruction of human hard tissues, such as bone and tooth tissue. The success of these treatments depends to a large extent on the properties of the resultant biomaterial-hard tissue interface. Thus, it is our belief that if the biomaterial surface can be nano-technologically controlled, more intense interaction of the biomaterial with the hard tissue can be achieved. In this paper, we report on three examples of nano-technological control of biomaterial-hard tissue interfaces, as there are the bonding of a so-called dental self-etch adhesive to tooth tissue, the integration of biological apatite in bone and the modification of the surface of Ti implants to promote cell attachment and growth.
