The aim of this thesis was, initially to evaluate the bactericidal potential of different metal ions and metal ion combinations for the future use as a biocidal agent in an anti-infectious surface coating for medical implants. Furthermore, TiAl6V4 plates with a copper containing TiO2-coating were investigated regarding their bactericidal potential. Copper herby revealed the most favourable combination of bactericidal and cytocompatible properties of the investigated metal ions. The copper containing TiO2-coating furthermore revealed a significant bactericidal effect and could hence help, in clinical practice, to reduce the risk of the feared complications of implant-associated infections.
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The aim of this thesis was, initially to evaluate the bactericidal potential of different metal ions and metal ion combinations for the future use as a biocidal agent in an anti-infectious surface coating for medical implants. Furthermore, TiAl6V4 plates with a copper containing TiO2-coating were investigated regarding their bactericidal potential. Copper herby revealed the most favourable combination of bactericidal and cytocompatible properties of the investigated metal ions. The copper contai...
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