Seite: 6, Zeilen: 30-34
|Quelle: Blatz et al 2003|
Seite(n): 268, Zeilen: left col. 7-10.13-22
|A strong, durable resin bond provides high retention 6) improves marginal adaptation and prevents microleakage 7) and increases fracture resistance of the restored tooth and the restoration 8). Bonding to traditional silica-based ceramics is a predictable procedure yielding durable results when certain guidelines are followed. 9-12) However, the composition and physical properties of high-strength ceramic materials, such as [aluminum oxide- based (Al2O3) and zirconium oxide-based (ZrO2) ceramics 12), differ substantially from silica-based ceramics, and require alternative bonding techniques to achieve a strong, long-term, durable resin bond 12).]
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|A strong, durable resin bond provides high retention,23 improves marginal adaptation and prevents microleakage,24 and increases fracture resistance of the restored tooth and the restoration.25,26
[...] Bonding to traditional silica-based ceramics is a predictable procedure yielding durable results when certain guidelines are followed.24-26,29-94 However, the composition and physical properties of high-strength ceramic materials, such as aluminum oxide-based (Al2O3)95-99 and zirconium oxide-based (ZrO2) ceramics,100 differ substantially from silica-based ceramics96,101,102 and require alternative bonding techniques to achieve a strong, long-term, durable resin bond.
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