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Selective osteotomy-assisted molar uprighting and simultaneous ridge augmentation for implant site development
Jing Zhou1, Xin She2, Preston D Miller3
1Department of Orthodontics, Medical University of South Carolina, Charleston, SC.
Summary
This study introduces a new method for dental implant site development, combining osteotomy and ridge augmentation before orthodontic molar uprighting. This approach significantly reduces treatment time, making dental implants more accessible for patients.
Area of Science:
- Dental implantology
- Orthodontics
- Periodontal surgery
Background:
- Uprighting mesially inclined molars adjacent to edentulous spaces is crucial for dental implant placement.
- Insufficient bony volume often necessitates ridge augmentation, increasing treatment duration.
- Lengthy treatment times can deter patients from pursuing dental implants.
Observation:
- A novel interdisciplinary approach involved selective osteotomy and simultaneous ridge augmentation on bilateral mesially inclined second molars.
- These procedures were performed before initiating orthodontic uprighting of the molars.
Findings:
- The severely inclined second molars were successfully uprighted within 5 months.
- The enhanced implant sites were prepared for immediate implant placement without complications.
- Finite element analysis indicated that osteotomy influenced the biomechanical responses during molar uprighting.
Implications:
- This combined surgical and orthodontic technique streamlines implant site development.
- It offers a potentially faster and more efficient pathway to dental implant restoration.
- The findings support the integration of advanced surgical techniques with orthodontic treatment for improved patient outcomes.
