| Abstrakt: |
This article, published in the Romanian Journal of Oral Rehabilitation, provides a comprehensive analysis of mechanical problems associated with full arch implant superstructures in implantology. The study examines factors such as precise fit, fracture resistance, micro fractures, color changes, and design of infrastructure and superstructure. The results indicate that single extensions outperformed two extensions in terms of failure rates. The article emphasizes the importance of managing patient expectations and predicting implant success at the beginning of treatment. It also discusses the impact of occlusal forces, bruxism, and crown materials on implant prostheses. The text presents empirical data, statistical analysis, and regression models to explore the relationships between variables. It highlights the significance of material selection and patient-specific factors in dental restorations. The conclusions suggest the best-performing materials and call for further research and clinical follow-up. The text compiles various research studies and statistical data on dental implants and prosthetic materials, covering topics such as shock absorption capacity, occlusal concepts, bruxism, and monolithic zirconia crowns. The findings indicate that certain materials and occlusal concepts may impact the performance and longevity of dental implants. [Extracted from the article] |
