Present State and Remaining Problems in Orthodontic Occlusal Reconstruction (II) Surgical Orthodontic Treatment

M. Kubota, K. Tei, H. Nakano, K. Maki
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Abstract

Recently, the number of patients with severe jaw deformation who undergo treatment has been increasing in the orthodontic field since the start of health insurance coverage of the treatment of such disorders. In this study, to prevent the induction of functional problems in the mandibular joint and to improve mandibular deformity, we used different osteotomy methods in the left and right mandibular ramus, i.e., intraoral vertical ramus osteotomy in the left side and sagittal splitting ramus osteotomy in the right side. Improvement of mandibular protrusion and normal occlusion were obtained by surgical orthodontic treatment, but the mandibular asymmetry could not be improved. From experience of the reconstruction of malocclusion in jaw deformity, development of the following methods was considered necessary based on problems in orthodontic treatment and future prospects: 1. Diagnostic method by highly accurate and high-dimensional imaging, 2. Biomechanical analysis and a simulation method in each patient, 3. Genetic diagnosis method, 4. Development and improvement of orthodontic devices for the efficient movement of teeth.
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正畸咬合重建的现状与问题(二)外科正畸治疗
近年来,自从医疗保险开始将严重颌骨变形的治疗纳入医保范围以来,在正畸领域接受治疗的严重颌骨变形患者数量一直在增加。在本研究中,为了防止诱发下颌关节功能问题,改善下颌畸形,我们对左右下颌支采用不同的截骨方法,即左侧口内垂直支截骨和右侧矢状分叉支截骨。手术正畸治疗改善了下颌前突和正常咬合,但下颌不对称不能改善。从颌畸形错牙合重建的经验来看,根据目前正畸治疗中存在的问题和未来的发展前景,认为有必要发展以下方法:1 .高精度、高维影像诊断方法;2 .每位患者的生物力学分析及模拟方法;3 .基因诊断方法;有效移动牙齿的正畸装置的发展和改进。
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