Active hearing
著者
書誌事項
Active hearing
（Wenner-Gren international series, vol. 65）
Pergammon Press, 1995
- hbk.
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注記
"Proceedings of a Wenner-Gren international symposium held in Stockholm in May, 1994"--Pref
Includes bibliographical references and index
内容説明・目次
内容説明
Several observations have recently contributed significantly to our knowledge of the processes involved in the transmission of signals in the auditory system. These events include the mechanical motion pattern of the cochlear partition, the motion of hair cell cilia, gating of receptor currents, hair cell motility, synaptic transmission and signal processing in central nuclei and in the auditory cortex. Hearing may therefore be considered to arise from a series of active processes which modify the signals sent to the brain. This book provides the edited proceedings of a Wenner-Gren International Symposium held in Stockholm in May, 1994. Focusing on the dynamic aspects of the hearing process, the content represents the work of the major research laboratories in all fields of auditory research. The chapters are organized to proceed out from the brain, level by level, towards the periphery.
目次
- Exploration of human auditory cortical functions - neuromagnetic approach, R. Hari et al
- neural processing of target-distance information in the mustached bat, N. Suga et al
- the olivocochlear feedback gain control subsystem - ascending input from the small cell cap of the cochlear nucleus?, D.O. Kim et al
- afferent synaptic transmission from hair cells, H. Ohmori
- synaptic transmission by auditory hair cells, F. Jaramillo
- molecular mechanisms involving neurotransmitters after excitotoxicity at the inner hair cell-auditory nerve synapse, M. Eybalin et al
- sensory and supporting cells in the organ of corti-cytoskeletal organization related to cellular function, N.A. Slepecky
- hair cell ultrastructure and mechanotransduction - morphological effects of low extracellular calcium levels on stereociliary bundles in the turtle cochlea, C.M. Hackney and D.N. Furness
- transducer currents and bundle movements in outer hair cells of neonatal mice, C.J. Kros et al
- cloning of myosins from the saccular macula, C.F. Solc et al
- monitoring cochlear homeostasis with automatic analysis of the low-frequency cochlear microphonic, R. Patuzzi
- the biomechanics of outer hair cell motility, R. Hallworth
- labyrinthine lateral walls - cochlear outer hair cell permeability and mechanics, W.E. Brownell et al
- structure of the electromechanical transduction mechanism in mammalian outer hair cells, F. Kalinec and B. Kachar
- Ca2+ signaling in Deiters cells of the guinea-pig cochlea - active process in supporting cells, D. Dulon
- slow motility of outer hair cells, J. Schacht et al
- purinergic modulation of outer hair cell electromotility, G.D. Housley et al
- active mechanisms in the response of the auditory system to over- or understimulation, R.A. Altschuler et al
- how are the inner hair cells stimulated mechanically?, S.M. Khanna et al
- micromechanics of cellular structures in the mammalian cochlea - auditory and electrical stimulation, A.W. Gummer et al
- basilar membrane motion and position changes induced by direct current stimulation, A.L. Nuttall et al
- measurements of the basilar membrane resonance in the cochlea of the mustached bat, I.J. Russell and M. Kossl
- mechanical activity in the apex of the cochlea, W.S. Rhode and N.P. Cooper
- what is the mechanical stimulus for the inner hair cell? clues from auditory-nerve and basilar-membrane responses to low-frequency sounds, M.A. Ruggero
- the pharmacology of the outer hair cell motor, J.F. Ashmore et al
- cochlear plasticity - effects of sound overexposure on evoked otoacoustic emissions, B.L. Lonsbury-Martin et al
- comparative aspects of interactive communication, P.M. Narins.
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