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“WiFi”耳整形术:联合同心后微软骨切除术和缝合术矫正招风耳

The 'WiFi' otoplasty : Combined concentric posterior microchondrectomies and sutures for correction of prominent ears.

作者信息

Hendrickx Benoit I M M, Hamdi Moustapha, Zeltzer Assaf, Greensmith Andrew

机构信息

Department of Plastic Surgery, University Hospital of Brussels (VUB), Laarbeeklaan 101, 1090 Brussels, Belgium; Melbourne Institute of Plastic Surgery, 253, Wattletree Road, Malvern, Victoria 3144, Australia.

Department of Plastic Surgery, University Hospital of Brussels (VUB), Laarbeeklaan 101, 1090 Brussels, Belgium.

出版信息

J Plast Reconstr Aesthet Surg. 2018 Jun;71(6):900-905. doi: 10.1016/j.bjps.2018.01.030. Epub 2018 Feb 19.

Abstract

BACKGROUND

Prominent ears are by far the most common congenital ear deformity. Many techniques have been described using one or a combination of 3 basic methods: cartilage cutting, cartilage weakening and pure cartilage shaping techniques. The ideal otoplasty technique should yield a natural correction of the deformity, with low recurrence rates and with little risk of complications.

METHODS

A new cartilage shaping technique using closing wedge concentric microchondrectomies through an entirely posterior approach is presented. Between 2006 and 2017, 200 bilateral otoplasties using this 'WiFi' pattern technique were performed. This technique combined with Mustarde sutures is based on the excision of concentric partial thickness cartilage wedges designed in the pattern of the WiFi symbol.

RESULTS

There were no major complications such as anterior skin necrosis and no returns to theatre for infections or haematomas. 3 patients (1.5%) had complete recurrence of the deformity and 10 patients (5%) had to undergo a minor revision for recurrence at the upper pole. 5 patients have had exposure of the end of the permanent upper pole scapho-temporal suture more than 3 months after surgery requiring simple outpatient suture trimming/removal without any recurrence of results. Palpable or bridging sutures were present upon clinical examination in 10 patients (5%) but did not require revision surgery.

CONCLUSIONS

Here, we describe a fast, safe and reliable technique for otoplasty with no need for extensive dissection, which is applicable to the full range of deformity.

摘要

背景

招风耳是目前最常见的先天性耳部畸形。已有许多技术被描述,这些技术使用了三种基本方法中的一种或多种组合:软骨切割、软骨弱化和单纯软骨塑形技术。理想的耳整形技术应能自然矫正畸形,复发率低且并发症风险小。

方法

介绍一种通过完全后路入路使用闭合楔形同心微软骨切除术的新软骨塑形技术。在2006年至2017年期间,采用这种“WiFi”模式技术进行了200例双侧耳整形手术。该技术与Mustarde缝线相结合,基于按WiFi符号模式设计的同心部分厚度软骨楔形切除术。

结果

未出现诸如前皮肤坏死等重大并发症,也没有因感染或血肿而返回手术室的情况。3例患者(1.5%)畸形完全复发,10例患者(5%)因上极复发需进行小的修复。5例患者在术后3个月以上出现永久性上极舟颞缝线末端外露,只需门诊简单修剪/拆除缝线,结果无复发。临床检查发现10例患者(5%)有可触及的或桥接的缝线,但无需修复手术。

结论

在此,我们描述了一种快速、安全且可靠的耳整形技术,无需广泛解剖,适用于各种程度的畸形。

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