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- Fracture resistance and 3D finite element analysis of machined ceramic crowns bonded to endodontically treated molars with two planes versus flat occlusal preparation designs: an in vitro study
Fracture resistance and 3D finite element analysis of machined ceramic crowns bonded to endodontically treated molars with two planes versus flat occlusal preparation designs: an in vitro study
| Name | World Continuing Education Alliance |
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| Activity Title | Fracture resistance and 3D finite element analysis of machined ceramic crowns bonded to endodontically treated molars with two planes versus flat occlusal preparation designs: an in vitro study |
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| Details | The best line of treatment to restore root canal treated teeth is one of the highly considered and debatable subjects. The breakthrough of adhesion in dentistry has enhanced the techniques of restoration of endodontically treated teeth. Adhesive composite resin and glass fiber posts have superseded the previously used non-bonded amalgam and metallic posts. Preservation of the remaining tooth structure without the need to create retentive means in the preparation is considered a great advantage, moreover, these tooth-colored materials support the esthetic demands. The coverage of cusps of endodontically treated posterior teeth should not be undervalued to avoid the high risk of fracture. Porcelain fused to metal crowns were commonly used to restore posterior teeth with the underlying metal substructure for the strength and overlying porcelain for the appearance. However, this type of restorations necessitated considerable amount of reduction and had limited esthetics. In a move towards ... |
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| Competence | Dental Surgery |
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| Start Date | <span class="not-set">(not set)</span> |
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| End Date | <span class="not-set">(not set)</span> |
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| Event Time | 11:00 AM |
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| Location | World Continuing Education Alliance eLearning System |
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| Cost (UGX) | 0 |
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| CPD Points | 1 |
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