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On cochlear impedances and the miscomputation of power gain.

机译:关于耳蜗阻抗和功率增益的误算。

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In their article, "Measurement of cochlear power gain in the sensitive gerbil ear," Ren et al. (Nat Commun 2:216, 2011) claim to provide "the first direct experimental evidence of power amplification in the sensitive living cochlea." While we recognize the technical challenges of the experiments and appreciate the beauty of the data, the authors' analysis and interpretation of the measurements are invalid. We review the concept of impedance (i.e., the ratio of pressure to velocity) as it applies to cochlear mechanics and show that Ren et al. mistakenly equate the impedances near the basilar membrane and stapes with the impedance characteristic of an infinite, uniform tube of fluid. As a consequence of this error, Ren et al.'s measurements and analysis provide no evidence for power amplification in the cochlea. Compelling evidence for power amplification has, however, been previously provided by others.
机译:Ren等人在他们的文章“敏感沙鼠耳朵中的耳蜗功率增益的测量”中。 (Nat Commun 2:216,2011)声称提供了“在敏感的活性耳蜗中功率放大的第一个直接实验证据”。尽管我们认识到实验的技术挑战并赞赏数据的优美性,但作者对测量结果的分析和解释是无效的。我们回顾了阻抗的概念(即压力与速度之比),因为它适用于耳蜗力学,并表明Ren等错误地将基底膜和骨附近的阻抗等同于无限均匀的流体管的阻抗特性。由于该错误,Ren等人的测量和分析没有提供耳蜗功率放大的证据。但是,其他人先前已经提供了有力的功率放大证据。

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