0000000000790377

AUTHOR

P Linez

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Interactions between cells and titanium surfaces.

2002

The interaction between cells and implant materials is determined by the surface structure and/or surface composition of the material. In the past years, titanium and titanium alloys have proved their superiority over other implant materials in many clinical applications. This predominant behaviour is caused by a dense passive oxide layer which forms within milliseconds in oxidizing media. Titanium dioxide layers of 100 nm thickness were produced on the surface of cp-titanium grade 2, and on an experimental alloy of high vanadium content (Ti1.5Al25V) as a harmful control. The layers were produced by thermal and anodic oxidation and by coating by means of the sol-gel process. The resulting o…

Materials scienceSurface PropertiesOxidechemistry.chemical_elementVanadiumBioengineeringSensitivity and SpecificityCell Linechemistry.chemical_compoundMiceCoated Materials BiocompatibleChlorocebus aethiopsMaterials TestingAlloysCell AdhesionAnimalsSurface layerMolecular BiologyVero CellsCytoskeletonTitaniumOsteoblastsMetallurgytechnology industry and agricultureTitanium alloyFibroblastsequipment and suppliesActinsTitanium oxidechemistryChemical engineeringTitanium dioxideLayer (electronics)Cell DivisionBiotechnologyTitaniumBiomolecular engineering
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