Publication: Can fiber-reinforced resin composites alone substitute adhesively luted intraradicular post and core materials under static and dynamic loading?
Can fiber-reinforced resin composites alone substitute adhesively luted intraradicular post and core materials under static and dynamic loading?
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Casanova, T. P. (2021). Can fiber-reinforced resin composites alone substitute adhesively luted intraradicular post and core materials under static and dynamic loading? (Dissertation, University of Zurich) https://doi.org/10.5167/uzh-213805
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This study investigated the load bearing capacity of intraradicular posts and core materials under static and dynamic loading. Human teeth with single root (N = 154, n = 14 per sub group) were endodontically prepared and randomly divided into six groups: CON: Sound premolars; TP: Titanium post (Flat Head T); FRCP: Indirect E-glass FRC post (FRC Postec Plus); FRCC: Fiber-reinforced resin composite (Everex Posterior) as post and core; RCW: Hybrid composite (Tetric) as post and core with woven fiber network (EverNet) between root canal a
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Casanova, T. P. (2021). Can fiber-reinforced resin composites alone substitute adhesively luted intraradicular post and core materials under static and dynamic loading? (Dissertation, University of Zurich) https://doi.org/10.5167/uzh-213805
