Mauldin L, Jerger J
Arch Otolaryngol. 1979 Nov;105(11):656-61. doi: 10.1001/archotol.1979.00790230026006.
Auditory brain stem evoked responses to air-conducted and bone-conducted signals were recorded in subjects with normal hearing and in subjects with conductive hearing loss. In normal subjects, the latency to wave V for bone-conducted signals was approximately 0.5 ms longer than the latency for air-conducted signals delivered at the same sensation level. In conductive hearing loss, the separation of the latency-intensity functions for air conduction and bone conduction (corrected for the 0.5-ms delay) provided a valid estimate of the behavioral air-bone gap in the 1,000- to 4,000-Hz region.
对听力正常的受试者和传导性听力损失的受试者记录了听觉脑干对气导和骨导信号的诱发反应。在正常受试者中，骨导信号的V波潜伏期比在相同感觉水平下传递的气导信号的潜伏期长约0.5毫秒。在传导性听力损失中，气导和骨导潜伏期-强度函数的分离（校正0.5毫秒延迟）为1000至4000赫兹区域的行为气骨差距提供了有效的估计。
