Tollefson Travis T
Cleft and Craniofacial Program, Department of Otolaryngology Head and Neck Surgery, Facial Plastic Surgery, University of California Davis, Sacramento, California 95817, USA.
Curr Opin Otolaryngol Head Neck Surg. 2006 Dec;14(6):412-22. doi: 10.1097/MOO.0b013e328010633a.
Creating the fine details of the ear in a patient with a congenital absent ear is extremely challenging. Each component of the multidisciplinary team that manages the ear reconstruction, hearing restoration, and associated craniofacial anomalies of these patients has seen recent progress.
Population studies have provided new insights into the etiology of microtia. Novel techniques for costal cartilage harvest, implantation, and positioning add to the techniques of Brent and Nagata, which remain the gold standard for microtia repair. Advances in the use of alloplasts and tissue-engineered cartilage appear promising.
Technical advances in combined aural atresia/microtia reconstruction, bone-anchored prosthetics, bone-anchored hearing aides, and use of alloplastic implants provide numerous options to patients and practitioners. Implantable, tissue-engineered auricular frameworks appear to be a promising option for the future.
为先天性耳缺失患者塑造耳部的精细结构极具挑战性。负责这些患者耳部重建、听力恢复及相关颅面畸形治疗的多学科团队的各个组成部分都取得了新进展。
人群研究为小耳症的病因提供了新见解。肋软骨获取、植入和定位的新技术补充了布伦特(Brent)和永田(Nagata)技术,这些技术仍是小耳症修复的金标准。异体植入物和组织工程软骨的应用进展似乎很有前景。
联合性耳道闭锁/小耳症重建、骨锚式假体、骨锚式助听器及异体植入物使用方面的技术进步为患者和从业者提供了众多选择。可植入的组织工程耳廓框架似乎是未来很有前景的选择。