Titlebook: Auditory Frequency Selectivity; Brian C. J. Moore,Roy D. Patterson Book 1986 Springer Science+Business Media New York 1986 biophysics.fiel

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hypotension

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Guangmin Wang,Genjiu Xu,Wenzhong Liabove 30 dB, leading to a lack of data for low levels. This lack became pronounced after the discovery of several effects all of which can be interpreted as stemming from nonlinear active feedback in the cochlea, which is especially effective at low levels. These effects are the following: level dep

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Qianqian Kong,Hao Sun,Genjiu Xu search for unifying principles. Evolution is, without question, the most important unifying principle in the biological sciences. Features of the physiology, ontogeny, comparative morphology and comparative physiology of hearing systems provide an indispensable framework for correctly interpreting

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A Game-Theoretic Model of Tenure,ence, 1954; Dallos, 1973). In contrast, harmonic distortion in intracellular responses has received only minimal attention. Thus the presence of harmonic distortion may only be surmised from published response waveforms in a variety of hair cell types, both reptilian and mammalian (Russell and Selli

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Auctions in Theory and Practice,ar, but also by tuning mechanisms intrinsic to individual hair cells. In the basilar papilla of the alligator lizard, for example, frequency selectivity is based upon mechanical resonance of individual hair bundles (Frishkopf and DeRosier, 1983; Holton and Hudspeth, 1983). In this instance, such mec

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Game Theory and Business Applications hair cells. Direct visualization of hair cell motility was achieved by video-assisted studies of isolated mammalian outer hair cells (OHC) which have overcome some of the complexities in dealing with the heterogenous organ of Corti.