Titlebook: Cochlear Mechanisms: Structure, Function, and Models; J. P. Wilson,D. T. Kemp Book 1989 Springer Science+Business Media New York 1989 Tinn

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Cesar Pereida García,Sampo Sovioi, & Flock, 1982; Russell & Sellick, 1978) and in hair cells from vestibular and cochlear organs of non-mammalian vertebrates (Crawford & Fettiplace, 1981; Harris, Frishkopf & Flock, 1970; Hudspeth and Corey, 1977). The outer hair cell may be a special case (Russell, Cody & Richardson, 1986), but in

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focus of intense interest. This started in one direction, with the discovery of otoacoustic emissions in 1978, which required active mechanical amplification processes, as first postulated by Gold in 1948. Direct evidence for the role of this mechanism in sharpening-up the otherwise poor, basilar m

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https://doi.org/10.1007/b100182. Here, we describe new observations on the fine structure of the tip links between stereovilli. We also show that the spatial organization of the tip links in bundles of different conformations in a variety of species is appropriate for a role in transduction.

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Eberhard von Faber,Wolfgang Behnsenence, we refer to these models as single degree-of-freedom (1-DOF) models. The results of calculations based on these models were in good agreement with the only measurements available at the time, those of von Békésy (1960), who worked with cochleas taken from cadavers.

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Tip-Link Organization in Relation to the Structure and Orientation of Stereovillar Bundles. Here, we describe new observations on the fine structure of the tip links between stereovilli. We also show that the spatial organization of the tip links in bundles of different conformations in a variety of species is appropriate for a role in transduction.

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