Hearing Research 1991: Vol 56 Index

7 Pages·1991·1.2 MB·English

Author Index
Ahmad, B.K., see Jacobson, G.P. (56) 44 Jacobson, G.P., Ahmad, B.K., Moran, J., Newman, C.W., Tepley, N.
Altschuler, R.A., see Shone, G. (56) 173 and Wharton, J.
Aubert, A., see Guth, P.S. (56) 69 Auditory evoked cortical magnetic field (M jy9—-9M) measure-
ments in tinnitus and normal groups (56) 44
Beaver, C.J., see Kelly, J.B. (56) 273
Bobbin, R.P., Fallon, M. and Kujawa, S.G. Kelly, J.B., Glenn, S.L. and Beaver, C.J.
Magnitude of the negative summating potential varies with peri- Sound frequency and binaural response properties of single neu-
lymph calcium levels (56) 101 rons in rat inferior colliculus (56) 273
Bobbin, R.P., see Littman, T.A. (56) 281 Kelly, K., see Snyder, R.L. (56) 246
Brix, J., see Manley, G.A. (56) 211 Klinke, R., see Vossieck, T. (56) 93
Bruns, V., see Miiller, M. (56) 191 Kobayashi, T., see Ohyama, K. (56) 111
Kujawa, S.G., see Bobbin, R.P. (56) 101
Campo, P., see Subramaniam, M. (56) 65
Cao, K., see Snyder, R.L. (56) 246 LaRouere, M.J., see Hatch, M. (56) 265
Clark, G.M., see Matsushima, J.-I. (56) 133 Leake, P.A., see Snyder, R.L. (56) 246
Cullen Jr., J.K., see Littman, T.A. (56) 281 Lippe, W.R., Westbrook, E.W. and Ryals, B.M.
Hair cell regeneration in the chicken cochlea following aminogly-
Ding, J.P., Salvi, R.J. and Sachs, F. coside toxicity (56) 203
Stretch-activated ion channels in guinea pig outer hair cells (56) Littman, T.A., Bobbin, R.P. and Cullen Jr., J.K.
19 Histochemical evidence that cochlear efferents are carried with
Dulon, D., see Saito, T. (56) 143 the inferior vestibular nerve in guinea pigs (56) 281
Eggermont, J.J. Manley, G.A., Haeseler, C. and Brix, J.
Rate and synchronization measures of periodicity coding in cat Innervation patterns and spontaneous activity of afferent fibres to
primary auditory cortex (56) 153 the lagenar macula and apical basilar papilla of the chick’s
cochlea (56) 211
Fallon, M., see Bobbin, R.P. (56) 101 Manley, G.A., see Runhaar, G. (56) 227
Forssmann, W.G., see Meyer zum Gottesberge, A.M. (56) 86 Matsunaga, T., see Sakagami, M. (56) 168
Fujita, H., see Sakagami, M. (56) 168 Matsushima, J.-I., Shepherd, R.K., Seldon, H.L., Xu, S.-A. and
Fukazawa, K., see Sakagami, M. (56) 168 Clark, G.M.
Electrical stimulation of the auditory nerve in deaf kittens: Ef-
Gagelmann, M., see Meyer zum Gottesberge, A.M. (56) 86 fects on cochlear nucleus morphology (56) 133
Glenn, S.L., see Kelly, J.B. (56) 273 Meyer zum Gottesberge, A.M., Gagelmann, M. and Forssmann,
Guth, P.S., Aubert, A., Ricci, A.J. and Norris, C.H. W.G.
Differential modulation of spontaneous and evoked neurotrans- Atrial natriuretic peptide-like immunoreactive cells in the guinea
mitter release from hair cells: some novel hypotheses (56) 69 pig inner ear (56) 86
Miller, J.M., see Hatch, M. (56) 265
Haeseler, C., see Manley, G.A. (56) 211 Miller, J.M., see Shone, G. (56) 173
Hatch, M., Tsai, M., LaRouere, M.J., Nuttall, A.L. and Miller, J.M. Moataz, R., see Saito, T. (56) 143
The effects of carbogen, carbon dioxide, and oxygen on noise-in- Moran, J., see Jacobson, G.P. (56) 44
duced hearing loss (56) 265 Miller, M., Ott, H. and Bruns, V.
Henderson, D., see Subramaniam, M. (56) 65 Frequency representation and spiral ganglion cell density in the
Henry, K.R. cochlea of the gerbil Pachyuromys duprasi (56) 191
Enhancement of the cochlear nerve compound action potential: Miller, M.
Sharply defined frequency-intensity domains bordering the tuning Developmental changes of frequency representation in the rat
curve (56) 239 cochlea (56) 1
Henry, K.R.
Frequency-specific enhancement of the cochlear compound ac- Nakanishi, S., see Sakagami, M. (56) 168
tion potential: Influence of the forward masker (56) 197 Newman, C.W., see Jacobson, G.P. (56) 44
Henson, Jr., O.W., see Henson, M.M. (56) 122 Norris, C.H., see Guth, P.S. (56) 69
Henson, Jr., O.W., see Huffman, R.F. (56) 79 Nuttall, A.L., see Hatch, M. (56) 265
Henson, M.M. and Henson, Jr., O.W. Nuttall, A.L., see Shone, G. (56) 173
Specializations for sharp tuning in the mustached bat: The tecto-
rial membrane and spiral limbus (56) 122 Ohkubo, H., see Sakagami, M. (56) 168
Huffman, R.F. and Henson, Jr., O.W. Ohyama, K., Wada, H., Kobayashi, T. and Takasaka, T.
Cochlear and CNS tonotopy: Normal physiological shifts in the Spontaneous otoacoustic emissions in the guinea pig (56) 111
mustached bat (56) 79 Ohyama, K., see Salt, A.N. (56) 29
288
Ohyama, K., see Salt, A.N. (56) 37 Shepherd, R.K., see Matsushima, J.-I. (56) 133
Ott, H., see Miiller, M. (56) 191 Shone, G., Altschuler, R.A., Miller, J.-M. and Nuttall, A.L.
The effect of noise exposure on the aging ear (56) 173
Rebscher, S.J., see Snyder, R.L. (56) 246 Simmons, D.M., see Ryan, A.F. (56) 148
Ricci, A.J., see Guth, P.S. (56) 69 Snyder, R.L., Rebscher, S.J., Leake, P.A., Kelly, K. and Cao, K.
Rouiller, E.M. and Welker, E. Chronic intracochlear electrical stimulation in the neonatally
Morphology of corticothalamic terminals arising from the audi- deafened cat. II: temporal properties of neurons in the inferior
tory cortex of the rat: A Phaseolus vulgaris-leucoagglutinin colliculus (56) 246
(PHA-L) tracing study (56) 179 Spicer, S.S. and Schulte, B.A.
Runhaar, G., Schedler, J. and Manley, G.A. Differentiation of inner ear fibrocytes according to their ion
The potassium concentration in the cochlear fluids of the embry- transport related activity (56) 53
onic and post-hatching chick (56) 227 Subramaniam, M., Campo, P. and Henderson, D.
Ryals, B.M., see Lippe, W.R. (56) 203 Development of resistance to hearing loss from high frequency
Ryan, A.F., Watts, A.G. and Simmons, D.M. noise (56) 65
Preservation of mRNA during in situ hybridization in the cochlea
(56) 148 Takasaka, T., see Ohyama, K. (56) 111
Takumi, T., see Sakagami, M. (56) 168
Sachs, F., see Ding, J.P. (56) 19 Tepley, N., see Jacobson, G.P. (56) 44
Saito, T., Moataz, R. and Dulon, D. Thalmann, R., see Salt, A.N. (56) 29
Cisplatin blocks depolarization-induced calcium entry in isolated Thalmann, R., see Salt, A.N. (56) 37
cochlear outer hair cells (56) 143 Tsai, M., see Hatch, M. (56) 265
Sakagami, M., Fukazawa, K., Matsunaga, T., Fujita, H., Takumi, T.,
Ohkubo, H. and Nakanishi, S. Vossieck, T., Schermuly, L. and Klinke, R.
Cellular localization of rat 1, protein in the stria vascularis by The influence of DC-polarization of the endocochlear potential
immunohistochemical observation (56) 168 on single fibre activity in the pigeon cochlear nerve (56) 93
Salt, A.N., Ohyama, K. and Thalmann, R.
Radial communication between the perilymphatic scalae of the Wada, H., see Ohyama, K. (56) 111
cochlea. I: Estimation by tracer perfusion (56) 29 Watts, A.G., see Ryan, A.F. (56) 148
Salt, A.N., Ohyama, K. and Thalmann, R. Welker, E., see Rouiller, E.M. (56) 179
Radial communication between the perilymphatic scalae of the Westbrook, E.W., see Lippe, W.R. (56) 203
cochlea. II: Estimation by bolus injection of tracer into the sealed Wharton, J., see Jacobson, G.P. (56) 44
cochlea (56) 37
Salvi, R.J., see Ding, J.P. (56) 19 Xu, S.-A., see Matsushima, J.-I. (56) 133
Schedler, J., see Runhaar, G. (56) 227
Schermuly, L., see Vossieck, T. (56) 93 Yost, W.A.
Schulte, B.A., see Spicer, S.S. (56) 53 Auditory image perception and analysis: The basis for hearing
Seldon, H.L., see Matsushima, J.-I. (56) 133 (56) 8
Subject Index
Acoustic stimulation Auditory midbrain
Outer hair cell; Stretch-activated ion channel; Cochlea; Tuning; Inferior colliculus; Frequency response; Tuning curve; Binaural in-
Motility (Ding, J.P. (56) 19) teraction (Kelly, J.B. (56) 273)
Adaptation Auditory perception
Enhancement; Masking; Gerbil; Compound action potential; Auditory images; Sound sources; Hearing; Coding (Yost, W.A. (56)
Cochlea; Two tone suppression (Henry, K.R. (56) 197) 8)
Enhancement; Masking; Gerbil; Compound action potential; Cochlea Auditory system
(Henry, K.R. (56) 239) Gentamicin; Bird; Hearing; Basilar papilla; Cochlear nucleus (Lippe,
W.R. (56) 203)
Afferent activity
Pigeon; Endocochlear potential; Current injection (Vossieck, T. (56) Auditory thalamus
93) Auditory cortex; Medial geniculate body; Corticothalamic projection;
Phaseolus vulgaris-leucoagglutinin; Rat (Rouiller, E.M. (56) 179)
Afferent fibres
Basilar papilla
Chick; Cochlea; Lagena (Manley, G.A. (56) 211)
Gentamicin; Bird; Hearing; Auditory system; Cochlear nucleus
(Lippe, W.R. (56) 203)
Aging
Mice; Noise-induced hearing loss; Presbycusis (Shone, G. (56) 173) Bat
Cochlea; Tonotopy; Cochlear resonance; Cochlear nucleus; Inferior
Antitumor drug colliculus (Huffman, R.F. (56) 79)
Cochlea; Outer hair cell; Ototoxicity; Cisplatin; Calcium channel;
Indo-1 (Saito, T. (56) 143) Binaural interaction
Auditory midbrain; Inferior colliculus; Frequency response; Tuning
ATPase-Na, K curve (Kelly, J.B. (56) 273)
Carbonic anhydrase; Creatine kinase; Fibrocytes; Cochlea; Vestibu-
lar system; Gerbil (Spicer, S.S. (56) 53) Bird
Gentamicin; Hearing; Auditory system; Basilar papilla; Cochlear
Atrial natriuretic peptides nucleus (Lippe, W.R. (56) 203)
Cardiodilatin; Hormonal regulation; Cochlear duct; Vestibular or-
gan; Outer hair cells (Meyer zum Gottesberge, A.M. (56) 86) Calcium
Hair cell; Neurotransmitter; Octavolateralis; Semicircular canal;
Auditory brainstem response Glutamate (Guth, P.S. (56) 69)
Guinea pig; Temporary threshold shift; Temperature (Hatch, M. (56)
265) Calcium channel
Cochlea; Outer hair cell; Ototoxicity; Cisplatin; Antitumor drug;
Indo-1 (Saito, T. (56) 143)
Auditory cortex
Auditory thalamus; Medial geniculate body; Corticothalamic projec-
Carbonic anhydrase
tion; Phaseolus vulgaris-leucoagglutinin; Rat (Rouiller, E.M. (56)
ATPase-Na, K; Creatine kinase; Fibrocytes; Cochlea; Vestibular
179)
system; Gerbil (Spicer, S.S. (56) 53)
Auditory deprivation Cardiodilatin
Electrical stimulation; Soma size; Cochlear nuclei; Cochlear implants
Atrial natriuretic peptides; Hormonal regulation; Cochlear duct;
(Matsushima, J.-I. (56) 133)
Vestibular organ; Outer hair cells (Meyer zum Gottesberge, A.M.
(56) 86)
Auditory development
Electrical stimulation; Cochlear prosthesis; Plasticity; Inferior col- Chick
liculus (Snyder, R.L. (56) 246) Cochlea; Lagena; Afferent fibres (Manley, G.A. (56) 211)
Auditory evoked fields Endolymph; Perilymph; Endolymphatic potential; Potassium concen-
Neuromagnetism; Tinnitus (Jacobson, G.P. (56) 44) tration; Ontogeny (Runhaar, G. (56) 227)
Auditory images Cisplatin
Sound sources; Hearing; Coding; Auditory perception (Yost, W.A. Cochlea; Outer hair cell; Ototoxicity; Antitumor drug; Calcium chan-
(56) 8) nel; Indo-1 (Saito, T. (56) 143)
290
Cochlea Gentamicin; Bird; Hearing; Auditory system; Basilar papilla (Lippe,
Rat; Development; Place-frequency map; HRP (Miiller, M. (56) 1) W.R. (56) 203)
Outer hair cell; Stretch-activated ion channel; Acoustic stimulation; Cochlear prosthesis
Tuning; Motility (Ding, J.P. (56) 19) Electrical stimulation; Plasticity; Auditory development; Inferior col-
liculus (Snyder, R.L. (56) 246)
Spiral ligament; Perilymph; Ion-selective electrodes (Salt, A.N. (56)
29) Cochlear resonance
Cochlea; Tonotopy; Bat; Cochlear nucleus; Inferior colliculus (Huff-
Perilymph; Spiral ligament; Ion-selective electrodes (Salt, A.N. (56) man, R.F. (56) 79)
37)
Coding
ATPase-Na, K; Carbonic anhydrase; Creatine kinase; Fibrocytes; Auditory images; Sound sources; Hearing; Auditory perception (Yost,
Vestibular system; Gerbil (Spicer, S.S. (56) 53) W.A. (56) 8)
Tonotopy; Bat; Cochlear resonance; Cochlear nucleus; Inferior col- Compound action potential
liculus (Huffman, R.F. (56) 79) Enhancement; Adaptation; Masking; Gerbil; Cochlea; Two tone
suppression (Henry, K.R. (56) 197)
Hair cell; Nimodipine; Ion channels (Bobbin, R.P. (56) 101)
Enhancement; Adaptation; Masking; Gerbil; Cochlea (Henry, K.R.
Spontaneous otoacoustic emission; Guinea pig; Cochlear microme- (56) 239)
chanics (Ohyama, K. (56) 111)
Corticothalamic projection
Tectorial membrane; Spiral limbus; Mustached bat; Pteronotus Auditory cortex; Auditory thalamus; Medial geniculate body; Phase-
(Henson, M.M. (56) 122) olus vulgaris-leucoagglutinin; Rat (Rouiller, E.M. (56) 179)
Outer hair cell; Ototoxicity; Cisplatin; Antitumer drug; Calcium
Creatine kinase
channel; Indo-1 (Saito, T. (56) 143)
ATPase-Na, K; Carbonic anhydrase; Fibrocytes; Cochlea; Vestibular
system; Gerbil (Spicer, S.S. (56) 53)
Place-frequency map; Innervation; Gerbil; HRP (Miller, M. (56)
191)
Current injection
Pigeon; Endocochlear potential; Afferent activity (Vossieck, T. (56)
Enhancement; Adaptation; Masking; Gerbil; Compound action po-
93)
tential; Two tone suppression (Henry, K.R. (56) 197)
Development
Chick; Lagena; Afferent fibres (Manley, G.A. (56) 211)
Rat; Cochlea; Place-frequency map; HRP (Miller, M. (56) 1)
Enhancement; Adaptation; Masking; Gerbil: Compound action po-
Electrical stimulation
tential (Henry, K.R. (56) 239)
Auditory deprivation; Soma size; Cochlear nuclei; Cochlear implants
(Matsushima, J.-I. (56) 133)
Cochlear efferent; Olivocochlear bundle; Guinea pig neuroanatomy
(Littman, T.A. (56) 281)
Cochlear prosthesis; Plasticity; Auditory development; Inferior col-
liculus (Snyder, R.L. (56) 246)
Cochlear duct
Atrial natriuretic peptides; Cardiodilatin,; Hormonal regulation;
Vestibular organ; Outer hair cells (Meyer zum Gottesberge, A.M. Endocochlear potential
(56) 86) Pigeon; Current injection; Afferent activity (Vossieck, T. (56) 93)
Cochlear efferent Endolymph
Cochlea; Olivocochlear bundle; Guinea pig neuroanatomy (Littman, Chick; Perilymph; Endolymphatic potential; Potassium concentra-
T.A. (56) 281) tion; Ontogeny (Runhaar, G. (56) 227)
Cochlear implants Endolymphatic potential
Auditory deprivation; Electrical stimulation; Soma size; Cochlear Chick; Endolymph; Perilymph; Potassium concentration; Ontogeny
nuclei (Matsushima, J.-I. (56) 133) (Runhaar, G. (56) 227)
Cochlear micromechanics Enhancement
Spontaneous otoacoustic emission; Guinea pig; Cochlea (Ohyama, K. Adaptation; Masking; Gerbil; Compound action potential; Cochlea;
(56) 111) Two tone suppression (Henry, K.R. (56) 197)
Cochlear nuclei Adaptation; Masking; Gerbil; Compound action potential; Cochlea
Auditory deprivation; Electrical stimulation; Soma size; Cochlear (Henry, K.R. (56) 239)
implants (Matsushima, J.-I. (56) 133)
Entrainment
Cochlear nucleus Primary auditory cortex; Response to click trains; Periodicity coding;
Cochlea; Tonotopy; Bat; Cochlear resonance; Inferior colliculus Vector strength; Modulation transfer function; Suppression (Egg-
(Huffman, R.F. (56) 79) ermont, J.J. (56) 153)
291
Fibrocytes Cochlea; Place-frequency map; Innervation; Gerbil (Miller, M. (56)
ATPase-Na, K; Carbonic anhydrase; Creatine kinase; Cochlea; 191)
Vestibular system; Gerbil (Spicer, S.S. (56) 53)
Hybridization, in situ
Frequency of exposure Inner ear; Gene expression; mRNA (Ryan, A.F. (56) 148)
‘Toughening’; Resistance (Subramaniam, M. (56) 65)
I histochemistry
Frequency response Rat I,, protein; Potassium channel; Marginal cell; Stria vascularis
Auditory midbrain; Inferior colliculus; Tuning curve; Binaural inter- (Sakagami, M. (56) 168)
action (Kelly, J.B. (56) 273)
Indo-1
Gene expression Cochlea; Outer hair cell; Ototoxicity; Cisplatin; Antitumor drug;
Inner ear; MRNA; Hybridization, in situ (Ryan, A.F. (56) 148) Calcium channel (Saito, T. (56) 143)
Gentamicin Inferior colliculus
Bird; Hearing; Auditory system; Basilar papilla; Cochlear nucleus Cochlea; Tonotopy; Bat; Cochlear resonance; Cochlear nucleus
(Lippe, W.R. (56) 203) (Huffman, R.F. (56) 79)
Gerbil Electrical stimulation; Cochlear prosthesis; Plasticity; Auditory de-
ATPase-Na, K; Carbonic anhydrase; Creatine kinase; Fibrocytes; velopment (Snyder, R.L. (56) 246)
Cochlea; Vestibular system (Spicer, S.S. (56) 53)
Auditory midbrain; Frequency response; Tuning curve; Binaural
Cochlea; Place-frequency map; Innervation; HRP (Miller, M. (56) interaction (Kelly, J.B. (56) 273)
191)
Inner ear
Enhancement; Adaptation; Masking; Compound action potential; Gene expression; mRNA; Hybridization, in situ (Ryan, A.F. (56) 148)
Cochlea; Two tone suppression (Henry, K.R. (56) 197)
Innervation
Cochlea; Place-frequency map; Gerbil; HRP (Miiller, M. (56) 191)
Enhancement; Adaptation; Masking; Compound action potential;
Cochlea (Henry, K.R. (56) 239)
Ion channels
Cochlea; Hair cell; Nimodipine (Bobbin, R.P. (56) 101)
Glutamate
Hair cell; Neurotransmitter; Octavolateralis; Semicircular canal; Cal-
Ion-selective electrodes
cium (Guth, P.S. (56) 69)
Spiral ligament; Cochlea; Perilymph (Salt, A.N. (56) 29)
Guinea pig
Perilymph; Spiral ligament; Cochlea (Salt, A.N. (56) 37)
Spontaneous otoacoustic emission; Cochlear micromechanics;
Cochlea (Ohyama, K. (56) 111)
Lagena
Chick; Cochlea; Afferent fibres (Manley, G.A. (56) 211)
Auditory brainstem response; Temporary threshold shift; Tempera-
ture (Hatch, M. (56) 265)
Marginal cell
Rat I,, protein; Potassium channel; Stria vascularis; Immunohisto-
Guinea pig neuroanatomy
chemistry (Sakagami, M. (56) 168)
Cochlea; Cochlear efferent; Olivocochlear bundle (Littman, T.A.
(56) 281) Masking
Enhancement; Adaptation; Gerbil; Compound action potential;
Hair cell Cochlea; Two tone suppression (Henry, K.R. (56) 197)
Neurotransmitter; Octavolateralis; Semicircular canal; Glutamate;
Calcium (Guth, P.S. (56) 69) Enhancement; Adaptation; Gerbil; Compound action potential;
Cochlea (Henry, K.R. (56) 239)
Cochlea; Nimodipine; Ion channels (Bobbin, R.P. (56) 101)
Medial geniculate body
Hearing Auditory cortex; Auditory thalamus; Corticothalamic projection;
Auditory images; Sound sources; Coding; Auditory perception (Yost, Phaseolus vulgaris-leucoagglutinin; Rat (Rouiller, E.M. (56) 179)
W.A. (56) 8)
Mice
Gentamicin; Bird; Auditory system; Basilar papilla; Cochlear nucleus Noise-induced hearing loss; Aging; Presbycusis (Shone, G. (56) 173)
(Lippe, W.R. (56) 203)
Modulation transfer function
Hormonal regulation Primary auditory cortex; Response to click trains; Periodicity coding;
Atrial natriuretic peptides; Cardiodilatin; Cochlear duct; Vestibular Vector strength; Entrainment; Suppression (Eggermont, J.J. (56)
organ; Outer hair cells (Meyer zum Gottesberge, A.M. (56) 86) 153)
HRP Motility
Rat; Cochlea; Development; Place-frequency map (Miller, M. (56) Outer hair cell; Stretch-activated ion channel; Acoustic stimulation;
1) Cochlea; Tuning (Ding, J.P. (56) 19)
292
Mustached bat Place-frequency map
Tectorial membrane; Spiral limbus; Cochlea; Pteronotus (Henson, Rat; Cochlea; Development; HRP (Miiller, M. (56) 1)
M.M. (56) 122)
Cochlea; Innervation; Gerbil; HRP (Miller, M. (56) 191)
Neuromagnetism
Auditory evoked fields; Tinnitus (Jacobson, G.P. (56) 44) Plasticity
Electrical stimulation; Cochlear prosthesis; Auditory development;
Neurotransmitter Inferior colliculus (Snyder, R.L. (56) 246)
Hair cell; Octavolateralis; Semicircular canal; Glutamate; Calcium
(Guth, P.S. (56) 69) Potassium channel
Rat I, protein; Marginal cell; Stria vascularis; Immunohistochem-
istry (Sakagami, M. (56) 168)
Nimodipine
Cochlea; Hair cell; Ion channels (Bobbin, R.P. (56) 101)
Potassium concentration
Chick; Endolymph; Perilymph; Endolymphatic potential; Ontogeny
Noise-induced hearing loss
(Runhaar, G. (56) 227)
Mice; Aging; Presbycusis (Shone, G. (56) 173)
Presbycusis
Octavolateralis Mice; Noise-induced hearing loss; Aging (Shone, G. (56) 173)
Hair cell; Neurotransmitter; Semicircular canal; Glutamate; Calcium
(Guth, P.S. (56) 69)
Primary auditory cortex
Response to click trains; Periodicity coding; Vector strength; En-
Olivocochlear bundle trainment; Modulation transfer function; Suppression (Eggermont,
Cochlea; Cochlear efferent; Guinea pig neuroanatomy (Littman, J.J. (56) 153)
T.A. (56) 281)
Pteronotus
Ontogeny Tectorial membrane; Spiral limbus; Cochlea; Mustached bat (Hen-
Chick; Endolymph; Perilymph; Endolymphatic potential; Potassium son, M.M. (56) 122)
concentration (Runhaar, G. (56) 227)
Rat
Ototoxicity Cochlea; Development; Place-frequency map; HRP (Miiller, M. (56)
Cochlea; Outer hair cell; Cisplatin; Antitumor drug; Calcium chan- 1)
nel; Indo-1 (Saito, T. (56) 143)
Auditory cortex; Auditory thalamus; Medial geniculate body; Corti-
Outer hair cell cothalamic projection; Phaseolus vulgaris-leucoagglutinin (Rouiller,
Stretch-activated ion channel; Acoustic stimulation; Cochlea; Tun- E.M. (56) 179)
ing; Motility (Ding, J.P. (56) 19)
Rat I,, protein
Cochlea; Ototoxicity; Cisplatin; Antitumor drug; Calcium channel; Potassium channel; Marginal cell; Stria vascularis; Immunohisto-
Indo-1 (Saito, T. (56) 143) chemistry (Sakagami, M. (56) 168)
Outer hair cells Resistance
Atrial natriuretic peptides; Cardiodilatin, Hormonal regulation; ‘Toughening’; Frequency of exposure (Subramaniam, M. (56) 65)
Cochlear duct; Vestibular organ (Meyer zum Gottesberge, A.M. (56)
86) Response to click trains
Primary auditory cortex; Periodicity coding; Vector strength; En-
trainment; Modulation transfer function; Suppression (Eggermont,
Perilymph
J.J. (56) 153)
Spiral ligament; Cochlea; Ion-selective electrodes (Salt, A.N. (56) 29)
mRNA
Spiral ligament; Cochlea; Ion-selective electrodes (Salt, A.N. (56) 37)
Inner ear; Gene expression; Hybridization, in situ (Ryan, A.F. (56)
148)
Chick; Endolymph; Endolymphatic potential; Potassium concentra-
tion; Ontogeny (Runhaar, G. (56) 227)
Semicircular canal
Hair cell; Neurotransmitter; Octavolateralis; Glutamate; Calcium
Periodicity coding (Guth, P.S. (56) 69)
Primary auditory cortex; Response to click trains; Vector strength;
Entrainment; Modulation transfer function; Suppression (Egg- Soma size
ermont, J.J. (56) 153)
Auditory deprivation; Electrical stimulation; Cochlear nuclei;
Cochlear implants (Matsushima, J.-I. (56) 133)
Phaseolus vulgaris-leucoagglutinin
Auditory cortex; Auditory thalamus; Medial geniculate body; Corti- Sound sources
cothalamic projection; Rat (Rouiller, E.M. (56) 179) Auditory images; Hearing; Coding; Auditory perception (Yost, W.A.
(56) 8)
Pigeon
Endocochlear potential; Current injection; Afferent activity (Vos- Spiral ligament
sieck, T. (56) 93) Cochlea; Perilymph; Ion-selective electrodes (Salt, A.N. (56) 29)
Perilymph; Cochlea; Ion-selective electrodes (Salt, A.N. (56) 37) Tonotopy
Cochlea; Bat; Cochlear resonance; Cochlear nucleus; Inferior col-
Spiral limbus liculus (Huffman, R.F. (56) 79)
Tectorial membrane; Cochlea; Mustached bat; Pteronotus (Henson,
M.M. (56) 122)
‘Toughening’
Resistance; Frequency of exposure (Subramaniam, M. (56) 65)
Spontaneous otoacoustic emission
Guinea pig; Cochlear micromechanics; Cochlea (Ohyama, K. (56)
111) Tuning
Outer hair cell; Stretch-activated ion channel; Acoustic stimulation;
Stretch-activated ion channel Cochlea; Motility (Ding, J.P. (56) 19)
Outer hair cell; Acoustic stimulation; Cochlea; Tuning; Motility
(Ding, J.P. (56) 19)
Tuning curve
Auditory midbrain; Inferior colliculus; Frequency response; Binaural
Stria vascularis
interaction (Kelly, J.B. (56) 273)
Rat I, protein; Potassium channel; Marginal cell; Immunohisto-
chemistry (Sakagami, M. (56) 168)
Two tone suppression
Suppression Enhancement; Adaptation; Masking; Gerbil; Compound action po-
Primary auditory cortex; Response to click trains; Periodicity coding; tential; Cochlea (Henry, K.R. (56) 197)
Vector strength; Entrainment; Modulation transfer function (Egg-
ermont, J.J. (56) 153)
Vector strength
Primary auditory cortex; Response to click trains; Periodicity coding;
Tectorial membrane
Entrainment; Modulation transfer function; Suppression (Egg-
Spiral limbus; Cochlea; Mustached bat; Pteronotus (Henson, M.M.
ermont, J.J. (56) 153)
(56) 122)
Temperature Vestibular organ
Guinea pig; Auditory brainstem response; Temporary threshold shift Atrial natriuretic peptides; Cardiodilatin; Hormonal regulation;
(Hatch, M. (56) 265) Cochlear duct; Outer hair cells (Meyer zum Gottesberge, A.M. (56)
86)
Temporary threshold shift
Guinea pig; Auditory brainstem response; Temperature (Hatch, M.
Vestibular system
(56) 265)
ATPase-Na, K; Carbonic anhydrase; Creatine kinase; Fibrocytes;
Cochlea; Gerbil (Spicer, S.S. (56) 53)
Tinnitus
Neuromagnetism; Auditory evoked fields (Jacobson, G.P. (56) 44)