Titlebook: Hearing — Physiological Bases and Psychophysics; Proceedings of the 6 Rainer Klinke,Rainer Hartmann Conference proceedings 1983 Springer-Ve

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senile-dementia

Inner Hair Cell Receptor Potentials Investigated During Transient Asphyxia: A Model for Hair Cell Coarily made anoxic (Robertson and Manley, 1974; Brown, Nuttall, Masta and Lawrence, 1983). In this paper we describe the changes which take place, during transient asphyxia, in the waveform of the receptor potentials recorded from (IHCs) in the basal turn of the guinea pig cochlea and suggest a possi

adipose-tissue

anesthesia

MOAT

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Dual Acoustical Sensitivity in Frogsparatus of fish, adapting it to seismic sensitivity (sensitivity to substrate-borne vibration). The present paper will compare and contrast the seismic and auditory senses in one species, the American bullfrog (.), presenting new observations from single-axon recording along with recent observations

WAG

Frequency Coding in the Inner Ear of Anuran Amphibiansas its own complement of hair cells and overlying tectorial membrane. However, neither organ possesses a basilar membrane or two populations of sensory receptor cells corresponding to inner and outer hair cells. The polarization patterns of the hair cells of both the amphibian papilla (a.p.) and the

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On the Frequency-Distribution of Spontaneous Cochlear EmissionsThe microphone (B & K 4145) is freely suspended at the entry to the external auditory canal (Fig. 1). While the system should be very sensitive, the entire acoustic output from the auditory canal should be captured rather than a limited section of it. Although the sound-flow from the auditory canal