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1.
Article de Anglais | WPRIM | ID: wpr-878419

RÉSUMÉ

Many patients with large-area tooth defect need cast post-core crown restoration. However, the color defect of the cast post-core will affect the final restorative result, especially that of the anterior teeth. A new technology of color masking by applying CERAMAGE polymeric porcelain to the cast metal post-core surface improves the color of a full-ceramic restoration of anterior teeth and may provide a new alternative for the aesthetic repair of anterior teeth with a large area of defective tooth.


Sujet(s)
Humains , Céramiques , Couronnes , Porcelaine dentaire , Dentisterie esthétique , Restauration coronoradiculaire
2.
Article de Chinois | WPRIM | ID: wpr-878399

RÉSUMÉ

After tooth has been removed for a long time, adjacent teeth may tilt to occupy the edentulous space, leading to a break in the occlusal 3D equilibrium and a lack of restorative space. This case report presents a mandibular second molar uprighting with anchorage from a dental implant.


Sujet(s)
Implants dentaires , Molaire , Procédures d'ancrage orthodontique , Mouvement dentaire
3.
Article de Chinois | WPRIM | ID: wpr-772687

RÉSUMÉ

Current biomechanical research of dental implants focuses on the mechanical damage and enhancement mechanism of the implant-abutment interface as well as how to obtain better mechanical strength and longer fatigue life of dental implants. The mechanical properties of implants can be comprehensively evaluated by strain gauge analysis, photo elastic stress analysis, digital image correlation, finite element analysis, implant bone bonding strength test, and measurement of mechanical properties. Finite element analysis is the most common method for evaluating stress distribution in dental implants, and static pressure and fatigue tests are commonly used in mechanical strength test. This article reviews biomechanical research methods and evaluation indices of dental implants. Results provide methodology guidelines in the field of biomechanics by introducing principles, ranges of application, advantages, and limitations, thereby benefitting researchers in selecting suitable methods. The influencing factors of the experimental results are presented and discussed to provide implant design ideas for researchers.


Sujet(s)
Phénomènes biomécaniques , Simulation numérique , Consensus , Piliers dentaires , Conception d'implant dentaire et de pilier , Implants dentaires , Conception de prothèse dentaire , Analyse du stress dentaire , Analyse des éléments finis , Contrainte mécanique
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