Hearing Research 1994: Vol 76 Index

6 Pages·1994·1.4 MB·English

Hearing Research 76 (1994) 205-206
Author Index
Altschuler, R.A., see Raphael, Y. (76) 173 Irvine, D.R.F., see Heil, P. (76) 188
Asakage, T., see Murofushi, T. (76) 53
Athey, B.D., see Raphael, Y. (76) 173
Kaga, K., see Murofushi, T. (76) 53
Kanzaki, J., see Matsunaga, T. (76) 118
Baeyens, J.M., see L6pez-Escamez, J.A. (76) 60 Kujawa, S.G., Erostegui, C., Fallon, M., Crist, J. and Bobbin, R.P.
Blazer, S., see Hafner, H. (76) 7 Effects of Adenosine 5’-triphosphate and related agonists on
Bobbin, R.P., see Kujawa, S.G. (76) 87 cochlear function (76) 87
Borg, E., see Hultcrantz, M. (76) 127
Brix, J. and Manley, G.A. Lee, M.K., see Raphael, Y. (76) 173
Mechanical and electromechanical properties of the stereovillar Llorens, J. and Demémes, D.
bundles of isolated and cultured hair cells of the chicken (76) 147 Hair cell degeneration resulting from 3,3’-iminodipropionitrile
toxicity in the rat vestibular epithelia (76) 78
Loépez-Escamez, J.A., Canizares, F.J., Crespo, P.V., Baeyens, J.M.
Campo, P., see Henderson, D. (76) 101
and Campos, A.
Campos, A., see Lépez-Escamez, J.A. (76) 60
Electron probe microanalysis of gentamicin-induced changes on
Canizares, F.J., see L6pez-Escamez, J.A. (76) 60
ionic composition of the vestibular gelatinous membrane (76) 60
Capranica, R.R., see Sams-Dodd, F. (76) 16
Lucertini, M., see Urbani, L. (76) 73
Carney, L.H.
Spatiotemporal encoding of sound level: Models for normal en-
coding and recruitment of loudness (76) 31 Manley, G.A., see Brix, J. (76) 147
Crespo, P.V., see Lépez-Escamez, J.A. (76) 60 Masterton, R.B., see Frost, S.B. (76) 67
Crist, J., see Kujawa, S.G. (76) 87 Matsunaga, T., Kanzaki, J. and Hosoda, Y.
Ultrastructure of astrocytes in the transitional region of the
human eighth cranial nerve (76) 118
Demémes, D., see Llorens, J. (76) 78
Murofushi, T., Kaga, K. and Asakage, T.
Temporary latency shifts in auditory evoked potentials by injec-
Erostegui, C., see Kujawa, S.G. (76) 87 tion of lidocaine in the rat (76) 53
Fallon, M., see Kujawa, S.G. (76) 87 Pratt, H., see Hafner, H. (76) 7
Fay, R.R.
Perception of temporal acoustic patterns by the goldfish (Caras- Rajan, R., see Heil, P. (76) 188
sius auratus) (76) 158
Raphael, Y., Athey, B.D., Wang, Y., Lee, M.K. and Altschuler, R.A.
Frost, S.B. and Masterton, R.B. F-actin, tubulin and spectrin in the organ of Corti: Comparative
Hearing in primitive mammals: Monodelphis domestica and Mar- distribution in different cell types and mammalian species (76)
mosa elegans (76) 67 173
Ribsamen, R., see Sterbing, S.J. (76) 133
Hafner, H., Pratt, H., Blazer, S. and Sujov, P.
Intra- and extra-uterine development of neonatal 3-channel Lis- Sams-Dodd, F. and Capranica, R.R.
sajous’ trajectory of auditory brainstem evoked potentials (76) 7 Representation of acoustic signals in the eighth nerve of the
Heil, P., Rajan, R. and Irvine, D.R.F. Tokay gecko: I. Pure tones (76) 16
Topographic representation of tone intensity along the isofre- Schmidt, U., see Sterbing, S.J. (76) 133
quency axis of cat primary auditory cortex (76) 188 Schweitzer, L., see Weaver, S.P. (76) 1
Henderson, D., Spongr, V., Subramaniam, M. and Campo, P. Spongr, V., see Henderson, D. (76) 101
Anatomical effects of impact noise (76) 101 Sterbing, S.J., Schmidt, U. and Rubsamen, R.
Horikawa, J., Tanahashi, A. and Suga, N. The postnatal development of frequency-place code and tuning
After-discharges in the auditory cortex of the mustached bat: No characteristics in the auditory midbrain of the phyllostomid bat,
oscillatory discharges for binding auditory information (76) 45 Carollia perspicillata (76) 133
Hosoda, Y., see Matsunaga, T. (76) 118 Subramaniam, M., see Henderson, D. (76) 101
Hultcrantz, M., Sylvén, L. and Borg, E. Suga, N., see Horikawa, J. (76) 45
Ear and hearing problems in 44 middle-aged women with Turner’s Sujov, P., see Hafner, H. (76) 7
syndrome (76) 127 Sylvén, L., see Hultcrantz, M. (76) 127
206 Author Index / Hearing Research 76 (1994) 205-206
Tanahashi, A., see Horikawa, J. (76) 45 Wang, Y., see Raphael, Y. (76) 173
Urdani, L. sad Lucettini, M. Weaver, S.P. and Schweitzer, L.
Effects of hypobaric hypoxia on the human auditory brainstem A radial gradient of fibril density in the gerbil tectorial mem-
brane (76) 1
responses (76) 73
bis
Hearing Research 76 (1994) 207-210
Subject Index
Activation Auditory evoked potentials
Stereovillar bundles; Stimulation; Resonance; Movement (Brix, J. Hypoxia (Urbani, L. (76) 73)
(76) 147)
Auditory nerve
Adenosine 5’-triphosphate Compressive nonlinearity; Intensity coding; Dynamic range; Loud-
Adenosine 5’-triphosphate analogs; Purinoceptors; Cochlea (Kujawa, ness recruitment; Spatiotemporal patterns (Carney, L.H. (76) 31)
S.G. (76) 87)
Autocorrelograms
Adenosine 5’-triphosphate analogs
Mustached bat; Auditory cortex; Neural oscillation; After-discharges
Adenosine 5’-triphosphate; Purinoceptors; Cochlea (Kujawa, S.G.
(Horikawa, J. (76) 45)
(76) 87)
Bat
After-discharges
Audition; Ontogeny; Tonotopy; Midbrain (Sterbing, S.J. (76) 133)
Mustached bat; Auditory cortex; Neural oscillation; Autocorrelo-
grams (Horikawa, J. (76) 45)
Cochlea
Auditory; Collagen; Gerbil; Tectorial membrane (Weaver, S.P. (76)
Ageing
1)
Turner’s syndrome; Hearing loss; Karyotype (Hultcrantz, M. (76)
127)
Adenosine 5’-triphosphate; Adenosine 5’-triphosphate analogs;
Purinoceptors (Kujawa, S.G. (76) 87)
Astrocytes
Ultrastructure; Human eighth cranial nerve root; Transitional re-
gion; Glial limiting membrane (Matsunaga, T. (76) 118) Cochlear pathology
Impact noise; Noise induced hearing loss (Henderson, D. (76) 101)
Audiogram
Monodelphis; Marmosa; Didelphidae; Tone-detection threshold; Collagen
Evolution (Frost, S.B. (76) 67) Auditory; Cochlea; Gerbil; Tectorial membrane (Weaver, S.P. (76) 1)
Audition Compressive nonlinearity
Ontogeny; Tonotopy; Midbrain; Bat (Sterbing, S.J. (76) 133) Auditory nerve; Intensity coding; Dynamic range; Loudness recruit-
ment; Spatiotemporal patterns (Carney, L.H. (76) 31)
Auditory
Cochlea; Collagen; Gerbil; Tectorial membrane (Weaver, S.P. (76) 1)
Confocal microscopy
Organ of Corti; Cytoskeleton; Membrane skeleton; Histochemistry
Auditory brainstem
(Raphael, Y. (76) 173)
Newborn; Evoked potentials; Three-channel Lissajous’ trajectory;
Development; Gestational age; Post-conceptional age; Intra-uterine;
Cytoskeleton
Extra-uterine (Hafner, H. (76) 7)
Organ of Corti; Confocal microscopy; Membrane skeleton; Histo-
chemistry (Raphael, Y. (76) 173)
Auditory brainstem response
Auditory evoked potential; Middle latency response; Inferior collicu-
Development
lus; Lidocaine; Rat (Murofushi, T. (76) 53)
Newborn; Auditory brainstem; Evoked potentials; Three-channel
Lissajous’ trajectory; Gestational age; Post-conceptional age; Intra-
Auditory cortex
uterine; Extra-uterine (Hafner, H. (76) 7)
Mustached bat; Neural oscillation; After-discharges; Autocorrelo-
grams (Horikawa, J. (76) 45)
Didelphidae
Intensity; Intensity discrimination; Loudness; Topography (Heil, P. Monodelphis; Marmosa; Audiogram; Tone-detection threshold; Evo-
lution (Frost, S.B. (76) 67)
(76) 188)
Auditory evoked potential Dynamic range
Auditory brainstem response; Middle latency response; Inferior col- Auditory nerve; Compressive nonlinearity; Intensity coding; Loud-
liculus; Lidocaine; Rat (Murofushi, T. (76) 53) ness recruitment; Spatiotemporal patterns (Carney, L.H. (76) 31)
208 Subject Index / Hearing Research 76 (1994) 207-210
Electron probe X-ray microanalysis Inferior colliculus
Vestibular system; Utricle; Saccule; Gelatinous membrane; Ototoxic- Auditory evoked potential; Auditory brainstem response; Middle
ity (L6pez-Escamez, J.A. (76) 60) latency response; Lidocaine; Rat (Murofushi, T. (76) 53)
Evoked potentials Information processing
Newborn; Auditory brainstem; Three-channel Lissajous’ trajectory; Peripheral auditory system; Reptiles; Spectral domain; Temporal
Development; Gestational age; Post-conceptional age; Intra-uterine; domain; Tokay gecko (Sams-Dodd, F. (76) 16)
Extra-uterine (Hafner, H. (76) 7)
Intensity
Intensity discrimination; Loudness; Topography; Auditory cortex
Evolution
Monodelphis; Marmosa; Didelphidae; Audiogram; Tone-detection (Heil, P. (76) 188)
threshold (Frost, S.B. (76) 67)
Intensity coding
Auditory nerve; Compressive nonlinearity; Dynamic range; Loudness
Extra-uterine
recruitment; Spatiotemporal patterns (Carney, L.H. (76) 31)
Newborn; Auditory brainstem; Evoked potentials; Three-channel
Lissajous’ trajectory; Development; Gestational age; Post-concep-
tional age; Intra-uterine (Hafner, H. (76) 7) Intensity discrimination
Intensity; Loudness; Topography; Auditory cortex (Heil, P. (76) 188)
Gelatinous membrane
Vestibular system; Electron probe X-ray microanalysis; Utricle; Sac- Intra-uterine
cule; Ototoxicity (L6pez-Escamez, J.A. (76) 60) Newborn; Auditory brainstem; Evoked potentials; Three-channel
Lissajous’ trajectory; Development; Gestational age; Post-concep-
tional age; Extra-uterine (Hafner, H. (76) 7)
Gerbil
Auditory; Cochlea; Collagen; Tectorial membrane (Weaver, S.P. (76)
1) Karyotype
Turner’s syndrome; Ageing; Hearing loss (Hultcrantz, M. (76) 127)
Gestational age
Lidocaine
Newborn; Auditory brainstem; Evoked potentials; Three-channel
Auditory evoked potential; Auditory brainstem response; Middle
Lissajous’ trajectory; Development; Post-conceptional age; Intra-
latency response; Inferior colliculus; Rat (Murofushi, T. (76) 53)
uterine; Extra-uterine (Hafner, H. (76) 7)
Loudness
Glial limiting membrane
Intensity; Intensity discrimination; Topography; Auditory cortex
Ultrastructure; Astrocytes; Human eighth cranial nerve root; Transi-
(Heil, P. (76) 188)
tional region (Matsunaga, T. (76) 118)
Loudness recruitment
Goldfish
Auditory nerve; Compressive nonlinearity; Intensity coding; Dynamic
Hearing; Perception; Pitch; Temporal patterns; Stimulus generaliza-
range; Spatiotemporal patterns (Carney, L.H. (76) 31)
tion (Fay, R.R. (76) 158)
Marmosa
Hearing
Monodelphis; Didelphidae; Audiogram; Tone-detection threshold;
Perception; Pitch; Temporal patterns; Goldfish; Stimulus generaliza-
Evolution (Frost, S.B. (76) 67)
tion (Fay, R.R. (76) 158)
Membrane skeleton
Hearing loss
Organ of Corti; Confocal microscopy; Cytoskeleton; Histochemistry
Turner’s syndrome; Ageing; Karyotype (Hultcrantz, M. (76) 127)
(Raphael, Y. (76) 173)
Histochemistry
Midbrain
Organ of Corti; Confocal microscopy; Cytoskeleton; Membrane
Audition; Ontogeny; Tonotopy; Bat (Sterbing, S.J. (76) 133)
skeleton (Raphael, Y. (76) 173)
Middle latency response
Human eighth cranial nerve root Auditory evoked potential; Auditory brainstem response; Inferior
Ultrastructure; Astrocytes; Transitional region; Glial limiting mem-
colliculus; Lidocaine; Rat (Murofushi, T. (76) 53)
brane (Matsunaga, T. (76) 118)
Monodelphis
Hypoxia Marmosa; Didelphidae; Audiogram; Tone-detection threshold; Evo-
Auditory evoked potentials (Urbani, L. (76) 73) lution (Frost, S.B. (76) 67)
3,3’-Iminodipropionitrile Movement
Nitriles; Vestibular receptors; Scanning electron microscopy; Trans- Stereovillar bundles; Stimulation; Resonance; Activation (Brix, J.
mission electron microscopy (Llorens, J. (76) 78) (76) 147)
Impact noise Mustached bat
Noise induced hearing loss; Cochlear pathology (Henderson, D. (76) Auditory cortex; Neural oscillation; After-discharges; Autocorrelo-
101) grams (Horikawa, J. (76) 45)
Subject Index / Hearing Research 76 (1994) 207-210
Neural oscillation Scanning electron microscopy
Mustached bat; Auditory cortex; After-discharges; Autocorrelograms 3,3’-Iminodipropionitrile; Nitriles; Vestibular receptors; Transmis-
(Horikawa, J. (76) 45) sion electron microscopy (Llorens, J. (76) 78)
Newborn Spatiotemporal patterns
Auditory brainstem; Evoked potentials; Three-channel Lissajous’ Auditory nerve; Compressive nonlinearity; Intensity coding; Dynamic
trajectory; Development; Gestational age; Post-conceptional age; range; Loudness recruitment (Carney, L.H. (76) 31)
Intra-uterine; Extra-uterine (Hafner, H. (76) 7)
Spectral domain
Nitriles Information processing; Peripheral auditory system; Reptiles; Tem-
3,3’-Iminodipropionitrile; Vestibular receptors; Scanning electron poral domain; Tokay gecko (Sams-Dodd, F. (76) 16)
microscopy; Transmission electron microscopy (Llorens, J. (76) 78)
Stereovillar bundles
Noise induced hearing loss Stimulation; Resonance; Movement; Activation (Brix, J. (76) 147)
Impact noise; Cochlear pathology (Henderson, D. (76) 101)
Stimulation
Ontogeny Stereovillar bundles; Resonance; Movement; Activation (Brix, J. (76)
Audition; Tonotopy; Midbrain; Bat (Sterbing, S.J. (76) 133) 147)
Organ of Corti Stimulus generalization
Confocal microscopy; Cytoskeleton; Membrane skeleton; Histochem- Hearing; Perception; Pitch; Temporal patterns; Goldfish (Fay, R.R.
istry (Raphael, Y. (76) 173) (76) 158)
Ototoxicity Tectorial membrane
Vestibular system; Electron probe X-ray microanalysis; Utricle; Sac- Auditory; Cochlea; Collagen; Gerbil (Weaver, S.P. (76) 1)
cule; Gelatinous membrane (L6pez-Escamez, J.A. (76) 60)
Temporal domain
Perception Information processing; Peripheral auditory system; Reptiles; Spec-
Hearing; Pitch; Temporal patterns; Goldfish; Stimulus generalization tral domain; Tokay gecko (Sams-Dodd, F. (76) 16)
(Fay, R.R. (76) 158)
Temporal patterns
Peripheral auditory system Hearing; Perception; Pitch; Goldfish; Stimulus generalization (Fay,
Information processing; Reptiles; Spectral domain; Temporal do- R.R. (76) 158)
main; Tokay gecko (Sams-Dodd, F. (76) 16)
Three-channel Lissajous’ trajectory
Pitch Newborn; Auditory brainstem; Evoked potentials; Development;
Hearing; Perception; Temporal patterns; Goldfish; Stimulus general- Gestational age; Post-conceptional age; Intra-uterine; Extra-uterine
ization (Fay, R.R. (76) 158) (Hafner, H. (76) 7)
Post-conceptional age Tokay gecko
Information processing; Peripheral auditory system; Reptiles; Spec-
Newborn; Auditory brainstem; Evoked potentials; Three-channel
Lissajous’ trajectory; Development; Gestational age; Intra-uterine; tral domain; Temporal domain (Sams-Dodd, F. (76) 16)
Extra-uterine (Hafner, H. (76) 7)
Tone-detection threshold
Purinoceptors Monodelphis; Marmosa; Didelphidae; Audiogram; Evolution (Frost,
Adenosine 5’-triphosphate; Adenosine 5’-triphosphate analogs; S.B. (76) 67)
Cochlea (Kujawa, S.G. (76) 87)
Tonotopy
Audition; Ontogeny; Midbrain; Bat (Sterbing, S.J. (76) 133)
Rat
Auditory evoked potential; Auditory brainstem response; Middle
latency response; Inferior colliculus; Lidocaine (Murofushi, T. (76) Topography
53) Intensity; Intensity discrimination; Loudness; Auditory cortex (Heil,
P. (76) 188)
Reptiles
Information processing; Peripheral auditory system; Spectral do- Transitional region
main; Temporal domain; Tokay gecko (Sams-Dodd, F. (76) 16) Ultrastructure; Astrocytes; Human eighth cranial nerve root; Glial
limiting membrane (Matsunaga, T. (76) 118)
Resonance
Stereovillar bundles; Stimulation; Movement; Activation (Brix, J. Transmission electron microscopy
(76) 147) 3,3’-Iminodipropionitrile; Nitriles; Vestibular receptors; Scanning
electron microscopy (Llorens, J. (76) 78)
Saccule
Vestibular system; Electron probe X-ray microanalysis; Utricle; Turner’s syndrome
Gelatinous membrane; Ototoxicity (L6pez-Escamez, J.A. (76) 60) Ageing; Hearing loss; Karyotype (Hultcrantz, M. (76) 127)
210 Subject Index / Hearing Research 76 (1994) 207-210
Ultrastructure Vestibular receptors
Astrocytes; Human eighth cranial nerve root; Transitional region; 3,3’-Iminodipropionitrile; Nitriles; Scanning electron microscopy;
Glial limiting membrane (Matsunaga, T. (76) 118) Transmission electron microscopy (Llorens, J. (76) 78)
Vestibular system
Utricle
Electron probe X-ray microanalysis; Utricle; Saccule; Gelatinous
Vestibular system; Electron probe X-ray microanalysis; Saccule;
membrane; Ototoxicity (L6pez-Escamez, J.A. (76) 60)
Gelatinous membrane; Ototoxicity (L6pez-Escamez, J.A. (76) 60)