Department of Plastic & Reconstructive surgery, Shahid Beheshti University of Medical Sciences, Tehran, Iran.
J Plast Reconstr Aesthet Surg. 2010 Jan;63(1):78-86. doi: 10.1016/j.bjps.2008.07.040. Epub 2008 Dec 3.
Numerous otoplasty techniques have been developed during the past decade. However, no single ideal technique is universally adopted. The creation of a normal scapha with prevention of retroprotrusion of the helix after creation of an aesthetically well-folded antihelix remains controversial and is regarded as a neglected aspect of otoplasty. The present study is a report of creating a natural fold of cartilage using a combination technique of cartilage incision at the border between the antihelix and scapha, with medial scoring of the scapha and lateral scoring of the antihelix region. Sutures were used to preserve the created fold. In a retrospective study, 45 cases of prominent ear corrections, after an average of 1 year follow-up using a four-scale grading system, were: very good, good, satisfactory and poor. The results indicated that 95% of the patients regarded the operation as very good and good, 22 patients were extremely satisfied and three were satisfied. There were no major complications. None of the patients developed a recurrence, or retroprotrusion of the helix, and none required a further operation for correction. The proposed procedure is a simple surgical technique. The reconstructed ear shows reliable results in stability, size and normal convolutions. Furthermore, sharp cartilaginous ridges and hidden helix are avoided. We propose this technique as an alternative approach to manage the antihelix-scapha-helix complex during otoplasty.
在过去的十年中,已经开发出了许多耳成形术技术。然而,没有一种单一的理想技术被普遍采用。创造一个正常的舟状窝,并防止在创建美学上折叠良好的对耳轮后出现螺旋体后缩,仍然存在争议,并被视为耳成形术被忽视的方面。本研究报告了一种使用耳轮和舟状窝交界处的软骨切开术与舟状窝的内侧划线和对耳轮区域的外侧划线相结合的技术来创建自然软骨折叠的方法。使用缝线来保持所创建的折叠。在一项回顾性研究中,使用四级评分系统对 45 例突出耳矫正患者进行了平均 1 年的随访,结果为:非常好、好、满意和差。结果表明,95%的患者认为手术效果非常好和良好,22 例患者非常满意,3 例患者满意。没有出现严重并发症。没有患者出现复发或螺旋体后缩,也没有患者需要进一步手术矫正。所提出的手术方法是一种简单的手术技术。重建后的耳朵在稳定性、大小和正常卷曲方面显示出可靠的效果。此外,避免了尖锐的软骨嵴和隐藏的螺旋体。我们建议将该技术作为耳成形术中处理对耳轮-舟状窝-螺旋体复合体的一种替代方法。