2008
DOI: 10.1007/s00132-008-1198-4
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Surface pretreatment of endoprostheses by silica/silane to optimise the hydrolytic stability between bone cement and metal

Abstract: Using the silica/silane interlayer system for cemented femur and tibia components, hydrolytic debonding in the metal-to-bone cement interface with following cement mantle failure can be reduced. This could help increase the long-term stability of the metal-to-bone cement compound, with decreased aseptic loosening.

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Cited by 2 publications
(6 citation statements)
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“…A statistically very significant reduction in crevice and crack formation in the interface between metal and PMMA and in the cement mantle in femoral hip stems as well as tibial plateau components has been demonstrated in in vitro trials [32,36,37]. ▶ Fig.…”
Section: Potential Solution: Silicate/silane Coatingmentioning
confidence: 89%
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“…A statistically very significant reduction in crevice and crack formation in the interface between metal and PMMA and in the cement mantle in femoral hip stems as well as tibial plateau components has been demonstrated in in vitro trials [32,36,37]. ▶ Fig.…”
Section: Potential Solution: Silicate/silane Coatingmentioning
confidence: 89%
“…It is interesting that in an aqueous solution, hydrolytic stress alone without any mechanical stress leads to increased debonding in an in vitro model [32]. This suggests that the insufficient hydrolysis resistance in the implant-cement interface is problematic, regardless of mechanical stress and deformation of the implant component.…”
Section: Potential Solution: Silicate/silane Coatingmentioning
confidence: 99%
See 3 more Smart Citations