Legouix J P, Pierson A
Audiology. 1977 Nov-Dec;16(6):453-61. doi: 10.3109/00206097709080016.
Cochlear microphonics (CM), action potentials (AP) and endochochlear potential (EP) were recorded on guinea pigs. The introduction of a small quantity of KCl solution (0.1 N) in the perilymph provoked a moderate decrease of CM and AP. During the period of depressed but stable amplitude, the presentation of intense sounds provoked an exaggerated susceptibility to fatigue and a delayed recovery. Similar changes were observed in the evolution of EP. However, the recovery was slower for EP than for CM. The results, as a whole, suggest that the fatigue which is manifested in the depression of cochlear potentials is related to a leakage of potassium ions from endolymph to fluids spaces within the organ of Corti.
在豚鼠身上记录了耳蜗微音器电位（CM）、动作电位（AP）和内耳蜗电位（EP）。在外淋巴中引入少量氯化钾溶液（0.1N）会引起CM和AP适度下降。在振幅降低但稳定的时期，高强度声音的呈现会引发对疲劳的过度易感性和恢复延迟。在EP的变化过程中也观察到了类似的变化。然而，EP的恢复比CM慢。总体而言，这些结果表明，耳蜗电位降低所表现出的疲劳与钾离子从内淋巴泄漏到柯蒂氏器内的液隙有关。
