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Bone Flap Technique With Piezosurgery for Impacted Teeth Extraction and Bone Cysts Removal Without Additional
Hüseyin Akçay1, Birkan Tatar, Keremcan Kuru
1Faculty of Dentistry, Department of Oral and Maxillofacial Surgery, Izmir Katip Celebi University, Izmir, Turkey.
The Journal of Craniofacial Surgery
|November 28, 2018
Summary
This study introduces a novel piezosurgery technique for impacted teeth extraction and cyst removal, promoting natural bone healing without grafts. The method ensures stability and satisfactory outcomes in patients, simplifying surgical procedures.
Area of Science:
- Oral Surgery
- Periodontology
- Biomaterials Science
Background:
- Traditional impacted teeth extraction and cystectomy can involve complex procedures.
- Achieving optimal bone healing and structural integrity post-surgery is crucial.
- Current methods may require bone grafts or fixation, increasing complexity and cost.
Purpose of the Study:
- To evaluate a new piezosurgery-assisted surgical approach for impacted teeth extraction and cystectomy.
- To assess the potential for natural bone healing and anatomical preservation without grafts or fixation.
- To compare this technique with traditional methods regarding efficacy and complications.
Main Methods:
- A bone flap design with converging osteotomy lines using piezosurgery tips was employed.
- The technique was applied to impacted teeth extraction and cystectomy in cases with intact, thicker vestibular compact bone.
- A cohort of 10 patients underwent the procedure with follow-up ranging from 9 to 36 months.
Main Results:
- The piezosurgery approach facilitated effective enucleation and extraction.
- Satisfactory bone healing and anatomical structure preservation were observed in all patients.
- No complications, additional fixation, or graft materials were required.
Conclusions:
- Piezosurgery offers a viable alternative for impacted teeth extraction and cystectomy.
- This technique promotes accelerated bone regeneration and reduces the risk of complications.
- The approach minimizes operation time and costs compared to traditional techniques.
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