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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Piotr J. Gmytrasiewicz,Sanguk Nohd, 1982; Sellick et al., 1982) results from outer hair cell (OHC) bidirectional transduction. These sensory receptors appear not only capable of converting acoustic energy into neural energy (mechano- electrical transduction) but possess effector abilities as well (electromechanical transduction). T

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Akio Matsumoto,Ferenc Szidarovszkyffer in their assumptions about which aspects of auditory nerve fiber spike trains encode signal strength. . represent spectral features, such as the formants of speech, in terms of the distribution of average discharge rate across fiber best frequency (BF) (Kiang and Moxon, 1974; Sachs and Young, 1

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Changes in Cochlear Frequency Selectivity Produced by Tectorial-Membrane Manipulationto the spiral limbus and the organ of Corti constitute a mechanical resonance system affecting the frequency analysis in the cochlea. Because of the substantial stiffness of the stereocilia of the outer hair cells (Flock, 1977) to which the tectorial membrane is firmly attached (Kimura, 1966), it is