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电耳蜗图和脑干电位在聋儿诊断中的应用

Electrocochleography and brainstem potentials in the diagnosis of the deaf child.

作者信息

Arslan E, Prosser S, Conti G, Michelini S

出版信息

Int J Pediatr Otorhinolaryngol. 1983 Jul;5(3):251-9. doi: 10.1016/s0165-5876(83)80037-8.

Abstract

The deaf child must receive sound amplification before he reaches the age of two years. At this age the hearing threshold is best measured objectively by electrocochleography (ECochG) and auditory brainstem response (ABR) audiometry. When used correctly, both methods allow an exact threshold estimation which is informative enough for adequate hearing aid prescription. Both methods have advantages and disadvantages when used in children. The advantages of ECochG are: (a) a more exact threshold estimation and (b) strictly monaural evaluation. The advantages of ABR are: (a) ease of performance; it is not invasive and does not require general anaesthesia and (b) allows for exploration of higher levels in the auditory pathway up to the midbrain. We believe that ECochG and ABR are compatible and complementary in the diagnosis of childhood deafness. ABR could be used in first instance, while ECochG could be reserved for doubtful cases and for those who cannot be adequately sedated. Extra-audiological factors such as the availability of anaesthetists and varying hospital facilities, play a further role in determining the choice of electric response technique.

摘要

失聪儿童必须在两岁之前接受听力放大治疗。在这个年龄段,听力阈值最好通过耳蜗电图(ECochG)和听觉脑干反应(ABR)听力测定法进行客观测量。如果使用得当,这两种方法都能进行精确的阈值估计,为合适的助听器处方提供足够的信息。这两种方法在儿童中使用时都有优缺点。ECochG的优点是:(a)阈值估计更精确;(b)严格的单耳评估。ABR的优点是:(a)操作简便;非侵入性,无需全身麻醉;(b)能够探测听觉通路直至中脑的更高水平。我们认为,ECochG和ABR在儿童失聪诊断中是相辅相成的。首先可以使用ABR,而ECochG则可用于疑难病例以及那些无法充分镇静的患者。诸如麻醉师的可用性和不同医院设施等听力检查以外的因素,在确定电反应技术的选择方面发挥着进一步的作用。

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