论文部分内容阅读
一、前言: 一九五七年法国Djourno在一例因胆脂瘤造成全聋和面瘫的50岁病人作面神经修复术时,将非作用电极植入颞肌,而把作用电极通过内耳前庭植入耳蜗神经,通过线圈感应方式产生电流,并让电流经插入导线和电极刺激耳蜗神经,使病人能听到声音。电流为每秒100次脉冲,每分钟间断的次数为100次,病人能感到像打板球或滚轮所发出的声音。通过传声器,病人还能察觉环境噪声和自身的语言节律。唇读能力提高,通过训练还可听懂一些单词。这可以说是首例耳蜗电极植入的报导,并从此揭开了应用电子技术模拟耳蜗功能的序幕。60年代,HUOSE,
I. Preface: In 1957, when Djourno, France, was involved in facial nerve repair in a 50-year-old patient with deafness and facial paralysis due to cholesteatoma, the non-functioning electrode was implanted into the temporal muscle and the working electrode was implanted through the vestibular vestibule of the inner ear Cochlear nerve, through the coil induction current, and let current through the wire and electrode stimulation of the cochlear nerve, so that patients can hear the sound. The current is 100 pulses per second and the number of interruptions per minute is 100 and the patient can feel the sound of a cricket or roller. Through the microphones, patients can also detect environmental noise and their own language rhythm. Improve lip-reading ability, you can understand some words through training. This is arguably the first report of implantation of cochlear electrodes and has since opened the curtain on the application of electronic technology to simulate cochlear function. 60’s, HUOSE,