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Surface engineering of stainless steel materials by covalent collagen immobilization to improve implant biocompatibility

Müller, Rainer ; Abke, Jochen ; Macionczyk, U. ; Gbureck, U. ; Ruszczak, Z. ; Mehrl, R. ; Kujat, R. ; Englert, Carsten ; Nerlich, Michael ; Angele, Peter



Abstract

It was shown recently that the deposition of thin films of tantalum and tantalum oxide enhanced the long-term biocompatibility of stainless steel biomaterials due to an increase in their corrosion resistance. In this study, the authors used this tantalum oxide coating as a basis for covalent immobilization of a collagen layer, which should result in a further improvement of implant tissue ...

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