生物活性玻璃修复颌面骨缺损的远期效果(附6例报告)

E. Copçu, Nazan Sivrioğlu, Banu Aksoy, Sule Oztan
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引用次数: 3

摘要

颌面部骨缺损继发于消融手术或由于创伤或先天性缺陷的重建是整形外科医生面临的一个挑战。这些缺陷可以用自体或合成材料修复。由于自体骨移植存在供区并发症、耗时、需要经验和术后可能存在移植物吸收等问题,生物材料在颅面骨重建中得到了广泛的应用,并取得了成功。在这篇报告中,我们介绍了我们在土耳其Adnan Menderes大学医院用生物活性玻璃(NovaBone, Porex Surgical, Newman, Ga.)对6名患者进行颌面节段性骨缺损重建的经验和长期结果。术后随访至少12个月,每隔6个月通过临床、放射学方法检查骨化过程。放射学检查显示大部分重建缺损在6个月内转化为骨密度,手术第一年可触及新骨。只有一名患者在第一次手术后因创伤导致新骨断裂而再次手术。因此,生物活性玻璃是修复面部骨缺损的理想材料。据我们所知,本文报道的下颌囊肿是文献中仅用生物活性玻璃重建的最大缺损。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Long Term Results of the Reconstruction of Maxillofacial Segmental Bone Defects with Bioactive Glass: Presentation of six cases
Reconstruction of the maxillofacial bone defects secondary to ablative surgery or because of trauma or congenital defects poses a challenge to the plastic surgeons. These defects can be reconstructed with autologous or synthetic materials. Biomaterials are widely used with success in the reconstruction of the craniofacial skeleton, due to accompanying problems of autogenous bone grafts like the potential donor site morbidity, time consumption, need for experience and possibility of graft resorption in the postoperative period. In this report, we present our experience and long term results in reconstruction of maxillofacial segmental bone defects with bioactive glass (NovaBone, Porex Surgical, Newman, Ga.) in six patients in Adnan Menderes University Hospital, Turkey. The patients were followed for minimum 12 months post-operatively and the process of ossification was checked at 6-month intervals by means of clinical, radiological methods. Radiological examinations demonstrated conversion of the majority of the reconstructed defect to bone density within 6 months, new bone was palpable in first year of the operation. Only one patient was re-operated since her new bone was disrupted secondary to the trauma after first operation. In conclusion, bioactive glass is very suitable material fort the reconstruction of the bone defects in face. To the best of our knowledge the defect in the case with mandibular cyst presented in this report is the largest one which reconstructed with only bioactive glass in the literature.
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