Bibliographic citations
Olivares, S., (2015). Estudio in vitro de la resistencia a la tracción de cilindros colados cementados a análogos de pilar de implantes con tres tipos de ionomero de vidrio [Tesis, Universidad Nacional Mayor de San Marcos]. https://hdl.handle.net/20.500.12672/4545
Olivares, S., Estudio in vitro de la resistencia a la tracción de cilindros colados cementados a análogos de pilar de implantes con tres tipos de ionomero de vidrio [Tesis]. PE: Universidad Nacional Mayor de San Marcos; 2015. https://hdl.handle.net/20.500.12672/4545
@misc{renati/477742,
title = "Estudio in vitro de la resistencia a la tracción de cilindros colados cementados a análogos de pilar de implantes con tres tipos de ionomero de vidrio",
author = "Olivares Núñez, Sergio David",
publisher = "Universidad Nacional Mayor de San Marcos",
year = "2015"
}
--- The purpose of this study was to compare in vitro the resistance to the traction of cylinder casts, cemented to the implant abutment analogue utilizing 3 different ionomer cementations (GC Fuji I, Ketac Cem™ Easy Mix and RelyX™ Luting 2). For this, we prepared 18 specimens made up of implant abutment analogues and cylinder cast, which were divided randomly into 3 groups (n=6) for each of the ionomers studied. The cylinder casts were cemented on each abutment analogue respectively utilizing the ionomer cement corresponding to its group. Then the specimens of each group were subject to the traction test utilizing a universal rehearsal machine (zwickiLine by Zwick/Roell), until the cement failed. The results that were obtained by the machine were registered in the computer for later analysis. Next we made the corresponding statistical tests, determining that there was no significant statistical difference between the 3 types of ionomers. Presenting from greater to lesser resistance to the traction; the glass ionomer cement modified with resin RelyX™ Luting 2, the glass ionomer of cementation GC Fuji I and the glass ionomer of cementation Ketac Cem™ Easy Mix respectively. Key words: ionomer – resistance to traction - abutment – cylinder cast - dental implant
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