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听力障碍的重建方法——手术方法。

Reconstructive methods in hearing disorders - surgical methods.

作者信息

Zahnert Thomas

机构信息

University ENT Clinic Dresden, Dresden, Germany.

出版信息

GMS Curr Top Otorhinolaryngol Head Neck Surg. 2005;4:Doc02. Epub 2005 Sep 28.

Abstract

Restoration of hearing is associated in many cases with resocialisation of those affected and therefore occupies an important place in a society where communication is becoming ever faster. Not all problems can be solved surgically. Even 50 years after the introduction of tympanoplasty, the hearing results are unsatisfactory and often do not reach the threshold for social hearing. The cause of this can in most cases be regarded as incomplete restoration of the mucosal function of the middle ear and tube, which leads to ventilation disorders of the ear and does not allow real vibration of the reconstructed middle ear. However, a few are also caused by the biomechanics of the reconstructed ossicular chain. There has been progress in reconstructive middle ear surgery, which applies particularly to the development of implants. Implants made of titanium, which are distinguished by outstanding biocompatibility, delicate design and by biomechanical possibilities in the reconstruction of chain function, can be regarded as a new generation. Metal implants for the first time allow a controlled close fit with the remainder of the chain and integration of micromechanical functions in the implant. Moreover, there has also been progress in microsurgery itself. This applies particularly to the operative procedures for auditory canal atresia, the restoration of the tympanic membrane and the coupling of implants. This paper gives a summary of the current state of reconstructive microsurgery paying attention to the acousto-mechanical rules.

摘要

在许多情况下,听力恢复与受影响者的重新融入社会相关联,因此在一个交流变得日益迅速的社会中占据重要地位。并非所有问题都能通过手术解决。即使在鼓膜成形术引入50年后,听力结果仍不尽人意,往往未达到社会听力的阈值。在大多数情况下,其原因可被视为中耳和咽鼓管黏膜功能未完全恢复,这会导致耳部通气障碍,且无法使重建的中耳实现真正的振动。然而,也有一些是由重建听骨链的生物力学问题导致的。中耳重建手术已取得进展,这尤其体现在植入物的研发方面。由钛制成的植入物具有出色的生物相容性、精致的设计以及在重建听骨链功能方面的生物力学可能性,可被视为新一代产品。金属植入物首次实现了与听骨链其余部分的可控紧密贴合,并将微机械功能集成到植入物中。此外,显微外科手术本身也取得了进展。这尤其适用于耳道闭锁的手术操作、鼓膜修复以及植入物的耦合。本文总结了重建显微外科手术的当前状态,并关注了声学 - 力学规则。

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