Feldmann H
HNO-Klinik, Universität Münster.
Laryngorhinootologie. 1996 Aug;75(8):491-8. doi: 10.1055/s-2007-997621.
BACKGROUND, APPLICATION OF STATIC PRESSURE AT THE TYMPANIC MEMBRANE: Cleland in London (1741) presumed that the pressure of a strong sound wave would push the tympanic membrane inward, thereby causing deafness. He recommended correcting this situation by applying suction to the auditory canal, and he demonstrated a small tube suitable for this purpose. Toynbee in London (about 1860) realized that, following a malfunction of the Eustachian tube, a negative pressure would develop in the middle ear and draw the tympanic membrane inward, thus causing hearing loss. This concept resulted in efforts to actively support the aeration of the middle ear via the Eustachian tube. In addition to these measures, Politzer in Vienna (1867) suggested blocking the external auditory canal tightly so that resorption of the air would produce negative pressure, counteracting the low pressure in the middle ear. Lucae in Berlin (1874) proposed the theory that the two small muscles in the drum would act as antagonists on the tympanic membrane and accommodate the ear for high and low-pitched sounds respectively. He tried to correct malpositions of the tympanic membrane due to a misbalance of the two muscles by applying static positive or negative pressure in the auditory canal. APPLICATION OF ALTERNATING PRESSURE AT THE TYMPANIC MEMBRANE: Siegle in Stuttgart (1864) put forward the idea that repeated strong movements driven by the pneumatic ear speculum that he had invented would be able to loosen adhesions in the middle ear. Lucae (1884) later devised an elastic probe to be placed on the short process of the malleus for massage of the ossicular chain. Delstanche in Brussels (1885) presented two instruments called "rarefacteur" and "masseur du tympan et des osselets" which in the auditory canal would produce negative pressure or alternating pressure respectively. The next step were suggestions and devices enabling the patient to treat himself for reduced mobility of the tympanic membrane or the ossicular chain, such as alternating pressure on the tragus, or tubes to conduct pressure from the mouth or a rubber bag to the ear. With the aim of speeding up the frequency of the pressure impulses, mechanic pumps were constructed, which were first driven by hand, later on by electric power. CRITICAL EVALUATION: At the turn of the century numerous attempts were made to evaluate the effectiveness of the pneumatic massage of the middle ear and to specify the indication for this kind of treatment. Although no convincing and predictable results could be demonstrated and even harmful effects had been observed in animal experiments, the massage of the tympanic membrane continued its triumphant march for half a century. The reason for this seems to be the suggestive and plausible therapeutic approach to a well known pathology of the middle ear. Since the middle of this century it has been regarded as obsolete and is no longer mentioned in text books. The history of this episode is presented in detail.
伦敦的克莱兰(1741年)推测,强烈声波的压力会将鼓膜向内推,从而导致耳聋。他建议通过对耳道施加吸力来纠正这种情况,并展示了一根适用于此目的的小管。伦敦的托因比(约1860年)意识到,咽鼓管功能失调后,中耳会形成负压并将鼓膜向内牵拉,从而导致听力损失。这一概念促使人们努力通过咽鼓管积极支持中耳的通气。除了这些措施,维也纳的波利策(1867年)建议紧紧堵塞外耳道,以便空气吸收产生负压,抵消中耳的低压。柏林的卢卡(1874年)提出理论,鼓膜中的两块小肌肉会作为鼓膜的拮抗肌,分别使耳朵适应高音和低音。他试图通过在耳道内施加静态正压或负压来纠正因两块肌肉失衡导致的鼓膜位置异常。鼓膜交变压力的应用:斯图加特的西格尔(1864年)提出,他发明的气动耳镜驱动的反复强烈运动能够松解中耳的粘连。卢卡(1884年)后来设计了一种弹性探针,放置在锤骨短突上用于按摩听骨链。布鲁塞尔的德尔斯坦切(1885年)展示了两种仪器,分别称为“减压仪”和“鼓膜及听小骨按摩器”,它们在耳道内分别产生负压或交变压力。接下来的步骤是提出建议和设计装置,使患者能够自行治疗鼓膜或听骨链活动度降低的问题,例如对耳屏施加交变压力,或使用管子将口腔或橡胶袋的压力传导至耳部。为了加快压力脉冲频率,制造了机械泵,最初由手动驱动,后来由电力驱动。批判性评估:在世纪之交,人们进行了大量尝试来评估中耳气动按摩的有效性,并明确这种治疗方法的适应症。尽管在动物实验中未能证明令人信服和可预测的结果,甚至观察到了有害影响,但鼓膜按摩在半个世纪里仍大行其道。原因似乎是针对中耳一种众所周知的病理状况采用了具有暗示性且看似合理的治疗方法。自本世纪中叶以来,它已被视为过时,教科书也不再提及。详细介绍了这一事件的历史。