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首页> 外文期刊>Oral and Maxillofacial Surgery Cases >Segmental chin osteotomy (SCO): from virtual planning to realization with surgical positioning guide to be published in: Oral and maxillofacial surgery cases
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Segmental chin osteotomy (SCO): from virtual planning to realization with surgical positioning guide to be published in: Oral and maxillofacial surgery cases

机译:下颌节段截骨术(SCO):从虚拟计划到手术定位指南的实现,将发表在:口腔颌面外科手术病例

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Background Chin osteotomy is a routine orthognathic surgical procedure that usually performed in addition to BSSO of the mandible and sometimes as isolated procedure. The aim of the chin osteotomy is harmonization of facial profile by balancing of size and form of the lower third of face. This surgical procedurе is well studied and described. Nevertheless simple planar chin osteotomy couldn't always allow surgeon to achieve perfect shape and contour of the lower third of face, because of limited and predictable movement of mobilized anterior part of chin, bone steps formation. Materials and methods Three patients underwent segmental chin osteotomy: 1 case – correction of facial asymmetry, 2 cases of chin reshaping and augmentation procedures. The 3D reconstruction of the CBCT images, and the surgical simulation were performed using the SIMPLANT O&O software (Materialise N.V., Belgium). 3-D model of the skull was printed and intraoperative surgical guide was designed and printed for proper positioning of the fragments. SCO was done precisely and then the bone parts of chin were fixed to surgical guide by screws. After accurate positioning all parts, fixation was done. Created bone gaps were filled by cortical bone particles of xenogenous origin. Results SCO was used after precise virtual planning. All patients were satisfied by the aesthetic outcome of the procedure. Usage of the surgical positioning guide allowed achieving predictable aesthetic results. Conclusion Segmental chin osteotomy with surgical positioning guide provides accurate and predictable aesthetic result in correction of different mandible anterior deformities. Highlights ? Chin osteotomies become routine aesthetic procedures to achieve harmonious face appearance. ? The shape and form of the chin can be more harmonious after the operation with using segmental technics. ? As 3-D technologies became part of daily practice of maxillo-facial surgeon. ? Stable fixation and ensuring blood supply are important in virtual plan realization. ? Segmental chin osteotomy (SCO): from virtual planning to realization with surgical positioning guide.
机译:背景下巴截骨术是常规的正颌外科手术,除下颌骨的BSSO之外,通常还进行,有时作为单独的手术。下巴截骨术的目的是通过平衡面部下半部的大小和形式来协调面部轮廓。对该手术程序进行了充分的研究和描述。然而,由于下巴活动的前部部分运动有限且可预测,骨台阶形成,简单的平面式下巴截骨术并不能总是使外科医生获得完美的形状和面部下半部轮廓。材料和方法3例患者接受了部分下巴截骨术:1例–纠正面部不对称,2例下巴整形和隆突手术。使用SIMPLANT O&O软件(比利时材料公司)对CBCT图像进行3D重建,并进行手术模拟。打印头骨的3-D模型,并设计和印刷术中手术指南以正确定位碎片。精确地进行SCO,然后通过螺钉将下巴的骨部分固定到手术导向器上。精确定位所有零件后,进行固定。产生的骨间隙被异种来源的皮质骨颗粒填充。结果SCO经过精确的虚拟计划使用。所有患者均对该手术的美学效果感到满意。使用外科手术定位器可以实现可预测的美学效果。结论采用手术定位引导器进行下颌部分截骨术可在矫正不同的下颌前畸形方面提供准确且可预测的美学效果。强调 ?下巴截骨术成为常规的美容程序,以实现和谐的面部外观。 ?下巴的形状和形式在使用分段技术后可以更加和谐。 ?随着3D技术成为颌面部外科医生日常实践的一部分。 ?稳定的固定和确保血液供应对实现虚拟计划很重要。 ?部分下颌截骨术(SCO):从虚拟计划到手术定位向导的实现。

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