Case Report: Digital analysis of occlusion with T-Scan Novus in occlusal splint treatment for a patient with bruxism
Dobromira Shopova, Methodology, Project Administration, Writing – Original Draft Preparation, Tanya Bozhkova, Formal Analysis, Visualization, [...], and Miroslava Yordanova, Writing – Review & Editing
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(Ref ID): PMC8758972
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Title: Summary of Research Paper on "Case Report: Digital analysis of occlusion with T-Scan Novus in occlusal splint treatment for a patient with bruxism"
I. Introduction
The research paper titled "Case Report: Digital analysis of occlusion with T-Scan Novus in occlusal splint treatment for a patient with bruxism" explores the use of digital technology in analyzing occlusion and designing occlusal splints for bruxism patients. The significance of this study lies in the potential for more accurate constructions and precise balancing of occlusal relationships in the treatment of bruxism.
The main research question of the study is how the T-Scan Novus system can be used for digital examination of occlusion and its effectiveness in achieving proper articulation of occlusal splints for bruxism patients.
II. Methodology
The study employed a case report design, focusing on a single patient with bruxism. Data collection involved intraoral scanning using the Trios Color scanner, digital design with the 3Shape Dental system, and 3D printing of the occlusal splint using Formlabs Form 2 printer and Dental LT Clear Resin. The T-Scan Novus system with software attached was used for digital examination of the occlusion. Articulation paper and articulation foil were used for intraoral localization of the contacts.
It is important to note that this study has limitations, such as the small sample size of only one patient. The findings may not be generalizable to all bruxism patients, and further research with larger sample sizes is needed to validate the results.
III. Results
The key findings of the study indicate that the use of the T-Scan Novus system in designing occlusal splints for the bruxism patient resulted in a reduction in disocclusion time (DT), which is a desired outcome in bruxism treatment. Radiological evidence confirmed the proper position of the joint components.
Statistical analyses were not explicitly mentioned in the raw results provided, so it is unclear if any specific statistical tests were conducted in this case report.
IV. Discussion
The results of the study suggest that digital analysis with the T-Scan Novus system can contribute to more accurate articulation of occlusal splints for bruxism patients. The use of digital technology allows for precise balancing of occlusal relationships and improves the overall treatment outcomes.
The implications of these findings include the potential for better management of bruxism through personalized and digitally designed occlusal splints. However, it is necessary to conduct further research with larger sample sizes and control groups to establish the effectiveness and generalizability of these findings.
V. Conclusion
In summary, this research paper presents a case report on the digital analysis of occlusion with the T-Scan Novus system in occlusal splint treatment for a patient with bruxism. The study demonstrates the potential benefits of using digital technology in designing occlusal splints for bruxism patients. However, further research is needed to validate these findings and explore their applicability on a larger scale.
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