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效应系统对适应、暂时性和永久性阈移的影响。

The influence of the effect system on adaptation, temporary and permanent threshold shift.

作者信息

Handrock M, Zeisberg J

出版信息

Arch Otorhinolaryngol. 1982;234(2):191-5. doi: 10.1007/BF00453630.

Abstract

As it was still not possible to elucidate sufficiently the function of the efferent acoustic system or the tractus olivocochlearis (OCB), and as it is still not known whether this system possibly has the function of providing protection against noise-induced trauma, the vestibular nerve was severed in the guinea pig, and the threshold shift was compared with that of a control group. On day 8 after exposure to noise, both the temporary threshold shift (TTS) and the permanent threshold shift (PTS) were significantly lower in the control group than in the group with severed OCB. Thus, it does indeed seem possible to ascribe a protective function to the efferent system.

摘要

由于仍无法充分阐明传出性听觉系统或橄榄耳蜗束(OCB)的功能,并且仍不清楚该系统是否可能具有预防噪声性创伤的功能,因此在豚鼠中切断了前庭神经,并将阈值变化与对照组进行了比较。在暴露于噪声后的第8天,对照组的暂时性阈值变化(TTS)和永久性阈值变化(PTS)均显著低于OCB切断组。因此,确实似乎可以将一种保护功能归因于传出系统。

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