Bloching Marc Boris
Department of Otorhinolaryngology of the Saarland University, Homburg/Saar, Germany.
GMS Curr Top Otorhinolaryngol Head Neck Surg. 2007;6:Doc07. Epub 2008 Mar 14.
The nasal valve area is not a singular structure, but a complex three-dimensional construct consisting of several morphological structures. From the physiologic point of view, it is the place of maximum nasal flow resistance ("flow limiting segment"). Therefore, according to Poiseuille's law, even minor constrictions of this area result in a clinically relevant impairment of nasal breathing for the patient. This narrow passage, also called "ostium internum nasi", is formed by the mobile lateral nasal wall, the anterior septum with the swell body, the head of the inferior turbinate and the osseous piriform aperture. Within the framework of aetiology, static and dynamic disorders of the nasal valve area have to be distinguished since they result in different therapeutic measures. In the context of diagnosis, the exploration of the case history for assessing the patient's extent of suffering and the clinical examination are very important. In addition to the presentation of the basics of disorders of the nasal valves, this paper focuses on the treatment of dynamic disorders that mainly constitute the more important therapeutic issue. In this context, we distinguish between stabilisation techniques through grafts or implants and stabilising suture techniques. Following a thorough analysis, the correction of static nasal valve disorders requires various plastic-reconstructive measures using transposition grafting and skin or composite grafts.
鼻瓣区不是一个单一的结构,而是一个由几个形态结构组成的复杂三维构造。从生理学角度来看,它是鼻气流阻力最大的部位(“气流限制段”)。因此,根据泊肃叶定律,该区域即使轻微狭窄也会给患者的鼻呼吸带来临床上相关的损害。这个狭窄通道,也称为“鼻内孔”,由可活动的鼻外侧壁、带有隆起的前鼻中隔、下鼻甲头部和骨性梨状孔构成。在病因学范畴内,必须区分鼻瓣区的静态和动态紊乱,因为它们会导致不同的治疗措施。在诊断方面,通过询问病史评估患者的痛苦程度以及进行临床检查非常重要。除了介绍鼻瓣紊乱的基础知识外,本文重点关注主要构成更重要治疗问题的动态紊乱的治疗。在此背景下,我们区分通过移植或植入物的稳定技术和稳定缝合技术。经过全面分析,静态鼻瓣紊乱的矫正需要采用转位移植以及皮肤或复合移植等各种整形重建措施。