Hough J, Vernon J, Johnson B, Dormer K, Himelick T
Ann Otol Rhinol Laryngol. 1986 Jan-Feb;95(1 Pt 1):60-5. doi: 10.1177/000348948609500112.
Following animal experiments, anatomic examinations, and histologic studies, an implantable hearing device was developed. This device, the temporal bone stimulator (TBS), uses an inductive coil without percutaneous connection that transmits bone-conducted vibrations to the inner ear. Ten patients have been implanted and followed by the Central Ear Research Institute. The TBS is effective and may have wide application in producing amplification in good sound fidelity when used in patients who have external canal, middle ear, or eustachian tube disease that is poorly corrected by surgery or conventional hearing aids. The utilization of similar principles of electromagnetic transfer of energy directly to the ossicles appears reasonable and is potentially highly rewarding for those who have sensorineural hearing impairments with thresholds greater than 40 dB. The enormous potential benefits derived from the application of these implantable hearing devices is worthy of the greatest effort in future otologic investigation.
经过动物实验、解剖学检查和组织学研究,开发出了一种可植入式听力装置。这种装置,即颞骨刺激器(TBS),使用一个无需经皮连接的感应线圈,将骨传导振动传递到内耳。有10名患者接受了植入手术,并由中耳研究所进行跟踪。TBS是有效的,当用于患有外耳道、中耳或咽鼓管疾病且手术或传统助听器矫正效果不佳的患者时,在产生高保真放大声音方面可能有广泛应用。将类似的能量电磁传递原理直接应用于听小骨似乎是合理的,对于那些感音神经性听力障碍阈值大于40分贝的人来说可能极具价值。应用这些可植入式听力装置所带来的巨大潜在益处值得在未来的耳科学研究中付出最大努力。