PDF(Pubmed)
Abstract：
UNASSIGNED: The successful utilisation of three dimensional (3D) techniques in engineering a titanium patient specific implant (PSI) for a patient who underwent hemimaxillectomy following post COVID mucormycosis infection.
UNASSIGNED: Issues related to problems associated with resection following mucormycosis, such as occlusal function, aesthetics and facial asymmetry.
UNASSIGNED: The patient affected by mucormycosis was left with Aramany class 1 and Cordeiro type II sub total maxillectomy defect.
UNASSIGNED: The patient was operated for mucormycosis followed by reconstruction with patient specific implant.
UNASSIGNED: Positive clinical outcomes, including improved facial symmetry, function and psychological well being with immediate replacement of the teeth, the benefits of which far outweigh the traditional approach.
UNASSIGNED: The advances in the use of PSI by integration of 3D printing and computer aided design computer aided manufacturing (CAD-CAM) technology for extensive and challenging defects in the maxillofacial region have been highlighted in this case report.
UNASSIGNED: Issues related to problems associated with resection following mucormycosis, such as occlusal function, aesthetics and facial asymmetry.
UNASSIGNED: The patient affected by mucormycosis was left with Aramany class 1 and Cordeiro type II sub total maxillectomy defect.
UNASSIGNED: The patient was operated for mucormycosis followed by reconstruction with patient specific implant.
UNASSIGNED: Positive clinical outcomes, including improved facial symmetry, function and psychological well being with immediate replacement of the teeth, the benefits of which far outweigh the traditional approach.
UNASSIGNED: The advances in the use of PSI by integration of 3D printing and computer aided design computer aided manufacturing (CAD-CAM) technology for extensive and challenging defects in the maxillofacial region have been highlighted in this case report.
摘要：
■成功利用三维（3D）技术为COVID毛霉菌病感染后接受半镜下切除术的患者设计了钛患者特异性植入物（PSI）。
■与毛霉菌病后切除相关的问题，如咬合功能，美学和面部不对称。
■受毛霉菌病影响的患者留下Aramany1级和CordeiroII型上颌骨次全切除缺损。
■患者接受了毛霉菌病手术，然后用患者特异性植入物进行重建。
■积极的临床结果，包括改善面部对称性，功能和心理健康，立即更换牙齿，其好处远远超过传统方法。
■通过集成3D打印和计算机辅助设计计算机辅助制造（CAD-CAM）技术来使用PSI来解决颌面部区域中广泛而具有挑战性的缺陷。
■与毛霉菌病后切除相关的问题，如咬合功能，美学和面部不对称。
■受毛霉菌病影响的患者留下Aramany1级和CordeiroII型上颌骨次全切除缺损。
■患者接受了毛霉菌病手术，然后用患者特异性植入物进行重建。
■积极的临床结果，包括改善面部对称性，功能和心理健康，立即更换牙齿，其好处远远超过传统方法。
■通过集成3D打印和计算机辅助设计计算机辅助制造（CAD-CAM）技术来使用PSI来解决颌面部区域中广泛而具有挑战性的缺陷。
