Badalian L O, Avakian G N, Abramova M F, Shakhnovich V A
Zh Nevropatol Psikhiatr Im S S Korsakova. 1985;85(3):321-6.
Short-latent evoked potentials (SLEP) of the brain stem following acoustic stimulation (AS) were studied in 70 patients with hereditary neuromuscular diseases. The degree of changes in the components of brain stem SLEP in response to AS was found to correlate with disorders of impulse sensor conduction along the peripheral nerves in patients with the Roussy-Levy areflex distasia, the Charcot-Marie neural amyotrophy and Friedreich's spinocerebral ataxia. This method of recording brain stem SLEP following AS is a new modern highly informative tool of investigation allowing the physicians to assess the state of different portions of the brain stem in health and disease.
对70例遗传性神经肌肉疾病患者进行了听觉刺激（AS）后脑干短潜伏期诱发电位（SLEP）的研究。结果发现，在患有鲁西-列维无反射性扩张、夏科-马里神经性肌萎缩和弗里德赖希脊髓小脑共济失调的患者中，听觉刺激后脑干SLEP成分的变化程度与沿周围神经的冲动感觉传导障碍相关。这种记录听觉刺激后脑干SLEP的方法是一种全新的、极具信息价值的现代研究工具，可使医生评估健康和患病状态下脑干不同部位的情况。
