Intracorporeal reduction of condylar fracture using both pedicled condylar and seperated ramal fragments after vertical ramal osteotomy
김일규, Jang Jun-Min, 조현영, 서지훈, 이동환,
소속 상세정보
김일규 ( Kim Il-Kyu ) - Inha University School of Medicine Department of Oral and Maxillofacial Surgery
( Jang Jun-Min ) - Inha University School of Medicine Department of Oral and Maxillofacial Surgery
조현영 ( Cho Hyun-Young ) - Inha University School of Medicine Department of Oral and Maxillofacial Surgery
서지훈 ( Seo Ji-Hoon ) - Inha University School of Medicine Department of Oral and Maxillofacial Surgery
이동환 ( Lee Dong-Hwan ) - Inha University School of Medicine Department of Oral and Maxillofacial Surgery
Abstract
The aim of this study is to introduce a surgical technique that can maintain blood supply to prevent condylar resorption in the extracorporeal reduction of condylar fracture. Neither the medial pterygoid muscle on the ramal bone nor the lateral pterygoid muscle on the condylar fragment was detached after vertical ramal osteotomy. Thus, reduction was performed in the intracorporeal state. Therefore, blood supply was expected to be maintained to the fragments of both the condylar and ramal bones. On postoperative radiographs, the anatomical outline of the fractured condyle was well restored, and the occlusion was stable. In the unilateral case, there were no signs of mandibular condylar resorption until postoperative 3 weeks. In the 2 bilateral cases, condylar displacements with plate fractures and screw loosening were observed at postoperative 1 month or 5 months, but radiodensity at the displaced fracture site increased during the follow-up period. Finally, complete remodeling of the condylar fragments with restored anatomic appearance was observed on 8-month or 2-year follow-up radiographs. All cases exhibited good healing aspects with no signs or symptoms of mandibular condylar dysfunction during the postoperative remodeling period after intracorporeal reduction of condylar fracture.
키워드
dibular fractures; Condylar fracture; Extracorporeal reduction; Intracorporeal reduction; Condylar resorption
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