Hearing Research 1999: Vol 135 Index

5 Pages·1999·0.86 MB·English

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LSEVIER
Hearing Research 135 (1999) 191
Author Index Volume 135
Abbas, P.J., see Miller, C.A. (135) | Age-related reductions in the activities of antioxidant enzymes in the rat
Aigner, M., see Kierner, A.C. (135) 71 inferior colliculus (135) 169
Miller, A.L., Smith, D.W. and Pfingst. B.E.
Bergstrom, R.A., see Jones, S.M. (135) 56 Across-species comparisons of psychophysical detection thresholds for
Bobbin, R.P., see LeBlanc, C.S. (135) 105 electrical stimulation of the cochlea: II. Strength-duration functions for
Brownell, W.E., see Oghalai, J.S. (135) 19 single, biphasic pulses (135) 47
Brownell, W.E., see Lue, A.J.-C. (135) 163 Miller, C.A.. Abbas, P.J. and Rubinstein, J.T.
An empirically based model of the electrically evoked compound action
Eggermont, J.J., see Kimura, M. (135) 146 potential (135) 1
Erway, L.C., see Jones, S.M. (135) 56
Nakagawa, T., see Oghalai, J.S. (135) 19
Fallon, M., see LeBlanc, C.S. (135) 105 Nie, Z., see Mei, Y. (135) 169
Garcia-Diaz, J.F. Oghalai, J.S., Tran, T.D., Raphael, R.M., Nakagawa, T. and Brownell, W.E.
Development of a fast transient potassium current in chick cochlear Transverse and lateral mobility in outer hair cell lateral wall membranes
ganglion neurons (135) 124 (135) 19
Gawai, K.R., see Mei, Y. (135) 169
Parker, M.S., see LeBlanc, C.S. (135) 105
Hao, L.F., see Khanna, $.M. (135) 89 Pfingst, B.E., see Miller, A.L. (135) 47
Helfert, R.H., see Mei, Y. (135) 169 Popelai, J.. Valvoda, J. and Syka, J.
Henson, M.M., see Sato, M. (135) 29 Acoustically and electrically evoked contralateral suppression of oto-
Henson Jr., O.W., see Sato, M. (135) 29 acoustic emissions in guinea pigs (135) 61
Husbands, J.M., Steinberg, S.A.. Kurian, R. and Saunders, J.C. Prigioni, I., see Marcotti, W. (135) 113
Tip-link integrity on chick tall hair cell stereocilia following intense
sound exposure (135) 135 Ramkumar, V., see Mei, Y. (135) 169
Raphael, R.M., see Oghalai, J.S. (135) 19
Jones, S.M., Erway, L.C., Bergstrom, R.A., Schimenti, J.C. and Jones, Reuss, S., see Riemann, R. (135) 181
T.A. Riemann, R. and Reuss, S.
Vestibular responses to linear acceleration are absent in otoconia-defi- Nitric oxide synthase in identified olivocochlear projection neurons in
cient C57BL/6JEi-het mice (135) 56 rat and guinea pig (135) 181
Jones, T.A., see Jones, S.M. (135) 56 Rubinstein, J.T., see Miller, C.A. (135) 1
Russo, G., see Marcotti, W. (135) 113
Khanna, S.M. and Hao, L.F.
Nonlinearity in the apical turn of living guinea pig cochlea (135) 89 Sato, M., Henson, M.M., Henson Jr... O.W. and Smith, D.W.
Kierner, A.C., Zelenka, I., Lukas, J.R., Aigner, M. and Mayr, R. The innervation of outer hair cells: 3D reconstruction from TEM serial
Observations on the number, distribution and morphological peculiari- sections in the Japanese macaque (135) 29
ties of muscle spindles in the tensor tympani and stapedius muscle of Saunders, J.C., see Husbands, J.M. (135) 135
man (135) 71 Schimenti, J.C., see Jones. S.M. (135) 56
Kimura, M. and Eggermont, J.J. Skellett, R., see LeBlanc, C.S. (135) 105
Effects of acute pure tone induced hearing loss on response properties in Smith, D.W., see Sato, M. (135) 29
three auditory cortical fields in cat (135) 146 Smith, D.W., see Miller, A.L. (135) 47
Kurian, R., see Husbands, J.M. (135) 135 Steinberg, S.A., see Husbands, J.M. (135) 135
Syka, J., see Popelar, J. (135) 61
LeBlanc, C.S., Fallon, M., Parker, M.S., Skellett, R. and Bobbin, R.P.
Phosphorothioate oligodeoxynucleotides can selectively alter neuronal Tran, T.D., see Oghalai, J.S. (135) 19
activity in the cochlea (135) 105 Turner, J.G., see Willott, J.F. (135) 78
Lue, A.J.-C. and Brownell, W.E.
Salicylate induced changes in outer hair cell lateral wall stiffness (135) Valvoda, J., see Popelar, J. (135) 61
163
Lukas, J.R., see Kierner, A.C. (135) 71 Willott, J.F. and Turner, J.G.
Prolonged exposure to an augmented acoustic environment ameliorates
Marcotti, W., Russo, G. and Prigioni, I. age-related auditory changes in C5S7BL/6J and DBA/2J mice (135) 78
Inactivating and non-inactivating delayed rectifier K* currents in hair Wysocki, J.
cells of frog crista ampullaris (135) 113 Dimensions of the human vestibular and tympanic scalae (135) 39
Mayr, R., see Kierner, A.C. (135) 71
Mei, Y., Gawai, K.R., Nie, Z., Ramkumar, V. and Helfert, R.H. Zelenka, I., see Kierner, A.C. (135) 71
R Hearing Research 135 (1999) 192-195
Subject Index Volume 135
Acoustic injury Basilar papilla
Auditory system; Chick; Hair cell; Tip link; Basilar papilla; Hearing loss: Auditory system; Chick; Hair cell; Tip link; Acoustic injury; Hearing
Cochlear damage: Recovery of function (Husbands, J.M. (135) 135) loss: Cochlear damage; Recovery of function (Husbands, J.M. (135) 135)
Acoustic stimulation Cat
Evoked otoacoustic emission; Contralateral suppression; Electrical stimu- Cochlear implant; Electrical stimulation; Auditory nerve; Single-fiber re-
lation; Guinea pig (Popelay, J. (135) 61) cording; Compound action potential; Model; Population response (Mill-
er, C.A. (135) 1)
Aging
Inferior colliculus; Antioxidant enzyme; Malondialdehyde; Protein kinase Noise trauma; Auditory cortex; Single unit; Local field potential; Fre-
C: Mitochondrion; Gamma-aminobutyric acid (Mei, Y. (135) 169) quency tuning; Spontaneous activity; Tinnitus (Kimura, M. (135) 146)
Animal Chick
Cochlear implant; Psychophysics; Human; Single pulse; Threshold: Auditory system; Hair cell; Tip link; Basilar papilla; Acoustic injury;
Auditory prosthesis; Species; Strength-duration function (Miller, A.L. Hearing loss; Cochlear damage; Recovery of function (Husbands, J.M.
(135) 47) (135) 135)
Antioxidant enzyme Chick embryo
Inferior colliculus; Aging; Malondialdehyde; Protein kinase C; Mito- Cochlear ganglion; Development: Potassium current; Neurotrophin (Gar-
chondrion; Gamma-aminobutyric acid (Mei, Y. (135) 169) cia-Diaz, J.F. (135) 124)
Antisense Cochlea
Toxicity; Cochlear potential; Otoacoustic emission; ATP receptor (Le- Nitric oxide synthase; Fluoro-Gold; Retrograde tracing: Superior olivary
Blanc, C.S. (135) 105) complex (Riemann, R. (135) 181)
ATP receptor
Diffusion; Hearing; Confocal microscope; Fluidity; Phospholipid bilayer
Antisense; Toxicity; Cochlear potential; Otoacoustic emission (LeBlanc, (Oghalai, J.S. (135) 19)
C.S. (135) 105)
Mechanical response: Guinea pig; Heterodyne interferometry; Nonlinear-
Auditory brainstem response
ity; Harmonic distortion; Waveform distortion; Tuning curves; Negative
Sensorineural hearing loss; Mouse model; Prepulse inhibition; Startle
feedback (Khanna, S.M. (135) 89)
(Willott, J.F. (135) 78)
Cochlear damage
Auditory cortex
Auditory system; Chick; Hair cell; Tip link; Basilar papilla; Acoustic
Noise trauma; Cat; Single unit; Local field potential; Frequency tuning:
injury; Hearing loss; Recovery of function (Husbands, J.M. (135) 135)
Spontaneous activity; Tinnitus (Kimura, M. (135) 146)
Cochlear ganglion
Auditory nerve
Chick embryo; Development; Potassium current; Neurotrophin (Garcia-
Cochlear implant; Electrical stimulation; Cat; Single-fiber recording:
Diaz, J.F. (135) 124)
Compound action potential; Model; Population response (Miller, C.A.
(135) 1)
Cochlear implant
Auditory prosthesis Electrical stimulation; Auditory nerve; Cat; Single-fiber recording; Com-
pound action potential; Model; Population response (Miller, C.A. (135) 1)
Cochlear implant; Psychophysics; Human; Animal; Single pulse; Thresh-
old; Species; Strength-duration function (Miller, A.L. (135) 47)
Cochlear scala; Measurement (Wysocki, J. (135) 39)
Auditory system
Chick; Hair cell; Tip link; Basilar papilla; Acoustic injury; Hearing loss; Psychophysics; Human; Animai; Single pulse; Threshold; Auditory pros-
Cochlear damage; Recovery of function (Husbands, J.M. (135) 135) thesis; Species; Strength-duration function (Miller, A.L. (135) 47)
Subject Index Volume 135
Cochlear potential Guinea pig
Antisense; Toxicity; Otoacoustic emission; ATP receptor (LeBlanc, C.S. Evoked otoacoustic emission; Contralateral suppression; Acoustic stimu-
(135) 105) lation; Electrical stimulation (Popela?, J. (135) 61)
Cochlear scala Cochlea; Mechanical response; Heterodyne interferometry: Nonlinearity:
Measurement; Cochlear implant (Wysocki, J. (135) 39) Harmonic distortion; Waveform distortion; Tuning curves; Negative
feedback (Khanna, S.M. (135) 89)
Compound action potential
Cochlear implant; Electrical stimulation; Auditory nerve; Cat; Single-
Hair cell
fiber recording; Model; Population response (Miller, C.A. (135) 1)
Frog; Semicircular canal; Potassium current; Delayed rectifier (Marcotti,
W. (135) 113)
Confocal microscope
Diffusion; Cochlea; Hearing; Fluidity; Phospholipid bilayer (Oghalai, J.S.
Auditory system; Chick; Tip link; Basilar papilla; Acoustic injury; Hear-
(135) 19)
ing loss; Cochlear damage; Recovery of function (Husbands, J.M. (135)
135)
Contralateral suppression
Evoked otoacoustic emission; Acoustic stimulation: Electrical stimula-
Harmonic distortion
tion; Guinea pig (Popelar, J. (135) 61)
Cochlea; Mechanical response; Guinea pig; Heterodyne interferometry;
Delayed rectifier Nonlinearity; Waveform distortion; Tuning curves; Negative feedback
(Khanna, S.M. (135) 89)
Frog; Semicircular canal; Hair cell; Potassium current (Marcotti, W.
(135) 113)
Hearing
Development Diffusion; Cochlea; Confocal microscope; Fluidity; Phospholipid bilayer
Chick embryo; Cochlear ganglion; Potassium current; Neurotrophin (Oghalai, J.S. (135) 19)
(Garcia-Diaz, J.F. (135) 124)
Hearing loss
Diffusion Auditory system; Chick; Hair cell; Tip link; Basilar papilla; Acoustic
Cochlea; Hearing; Confocal microscope; Fluidity; Phospholipid bilayer injury; Cochlear damage: Recovery of function (Husbands, J.M. (135)
(Oghalai, J.S. (135) 19) 135)
Electrical stimulation Heterodyne interferometry
Cochlear implant; Auditory nerve; Cat; Single-fiber recording; Com- Cochlea; Mechanical response; Guinea pig; Nonlinearity; Harmonic dis-
pound action potential; Model; Population response (Miller, C.A. (135) 1) tortion; Waveform distortion; Tuning curves; Negative feedback (Khan-
na, S.M. (135) 89)
Evoked otoacoustic emission; Contralateral suppression; Acoustic stimu-
lation; Guinea pig (Popela7, J. (135) 61) Human
Cochlear implant; Psychophysics; Animal; Single pulse: Threshold; Audi-
Evoked otoacoustic emission tory prosthesis; Species; Strength-duration function (Miller, A.L. (135)
Contralateral suppression; Acoustic stimulation; Electrical stimulation: 47)
Guinea pig (Popelar, J. (135) 61)
Human anatomy
Fluidity Tensor tympani muscle; Stapedius muscle; Muscle spindle (Kierner, A.C.
Diffusion; Cochlea; Hearing; Confocal microscope: Phospholipid bilayer (135) 71)
(Oghalai, J.S. (135) 19)
Inferior colliculus
Fluoro-Gold
Aging; Antioxidant enzyme; Malondialdehyde; Protein kinase C; Mito-
Nitric oxide synthase; Retrograde tracing; Superior olivary complex;
chondrion; Gamma-aminobutyric acid (Mei, Y. (135) 169)
Cochlea (Riemann, R. (135) 181)
Innervation
Frequency tuning
Outer hair cell; Synapse: Organ of Corti; Japanese macaque; Three-di-
Noise trauma; Cat; Auditory cortex; Single unit; Local field potential;
mensional reconstruction (Sato, M. (135) 29)
Spontaneous activity; Tinnitus (Kimura, M. (135) 146)
Japanese macaque
Frog
Outer hair cell; Synapse: Organ of Corti; Three-dimensional reconstruc-
Semicircular canal; Hair cell: Potassium current; Delayed rectifier (Mar-
tion; Innervation (Sato, M. (135) 29)
cotti, W. (135) 113)
Gamma-aminobutyric acid Local field potential
Inferior colliculus; Aging; Antioxidant enzyme; Malondialdehyde; Pro- Noise trauma; Cat; Auditory cortex; Single unit; Frequency tuning:
tein kinase C; Mitochondrion (Mei, Y. (135) 169) Spontaneous activity; Tinnitus (Kimura, M. (135) 146)
Gravity receptor Malondialdehyde
Vestibular evoked potential; Mammal; Utricle; Saccule (Jones, S.M. (135) Inferior colliculus; Aging; Antioxidant enzyme; Protein kinase C; Mito-
56) chondrion: Gamma-aminobutyric acid (Mei, Y. (135) 169)
194 Subject Index Volume 135
Mammal Synapse: Organ of Corti; Japanese macaque: Three-dimensional recon-
Vestibular evoked potential; Gravity receptor; Utricle: Saccule (Jones, struction; Innervation (Sato, M. (135) 29)
S.M. (135) 56)
Phospholipid bilayer
Measurement Diffusion: Cochlea; Hearing; Confocal microscope; Fluidity (Oghalai,
Cochlear scala; Cochlear implant (Wysocki, J. (135) 39) J.S. (135) 19)
Mechanical response Population response
Cochlea; Guinea pig: Heterodyne interferometry; Nonlinearity: Harmo- Cochlear implant: Electrical stimulation; Auditory nerve; Cat; Single-fi-
nic distortion: Waveform distortion: Tuning curves; Negative feedback ber recording; Compound action potential; Model (Miller, C.A. (135) 1)
(Khanna, S.M. (135) 89)
Potassium current
Micropipette aspiration Frog: Semicircular canal; Hair cell; Delayed rectifier (Marcotti, W. (135)
Outer hair cell; Salicylate: Subsurface cisternae (Lue, A.J.-C. (135) 163) 113)
Mitochondrion Chick embryo: Cochlear ganglion; Development; Neurotrophin (Garcia-
Inferior colliculus; Aging: Antioxidant enzyme; Malondialdehyde: Pro- Diaz, J.F. (135) 124)
tein kinase C; Gamma-aminobutyric acid (Mei, Y. (135) 169)
Prepulse inhibition
Model Sensorineural hearing loss; Mouse model; Auditory brainstem response:
Cochlear implant; Electrical stimulation; Auditory nerve: Cat: Single-fi- Startle (Willott, J.F. (135) 78)
ber recording: Compound action potential; Population response (Miller,
C.A. (135) 1) Protein kinase C
Inferior colliculus; Aging; Antioxidant enzyme; Malondialdehyde; Mito-
Mouse model chondrion; Gamma-aminobutyric acid (Mei, Y. (135) 169)
Sensorineural hearing loss; Prepulse inhibition; Auditory brainstem re-
sponse; Startle (Willott, J.F. (135) 78) Psychophysics
Cochlear implant; Human; Animal; Single pulse; Threshold; Auditory
Muscle spindle prosthesis: Species; Strength-duration function (Miller, A.L. (135) 47)
Tensor tympani muscle; Stapedius muscle; Human anatomy (Kierner,
A.C. (135) 71) Recovery of function
Auditory system; Chick; Hair cell; Tip link; Basilar papilla; Acoustic
Negative feedback injury: Hearing loss; Cochlear damage (Husbands, J.M. (135) 135)
Cochlea; Mechanical response: Guinea pig: Heterodyne interferometry:
Nonlinearity; Harmonic distortion; Waveform distortion; Tuning curves Retrograde tracing
(Khanna, S.M. (135) 89) Nitric oxide synthase; Fluoro-Gold; Superior olivary complex; Cochlea
(Riemann, R. (135) 181)
Neurotrophin
Chick embryo: Cochlear ganglion; Development: Potassium current Saccule
(Garcia-Diaz, J.F. (135) 124) Vestibular evoked potential; Mammal; Gravity receptor; Utricle (Jones,
S.M. (135) 56)
Nitric oxide synthase
Fluoro-Gold; Retrograde tracing; Superior olivary complex; Cochlea Salicylate
(Riemann, R. (135) 181) Outer hair cell; Subsurface cisternae; Micropipette aspiration (Lue,
A.J.-C. (135) 163)
Noise trauma
Cat; Auditory cortex; Single unit; Local field potential; Frequency tun- Semicircular canal
ing; Spontaneous activity; Tinnitus (Kimura, M. (135) 146) Frog: Hair cell; Potassium current; Delayed rectifier (Marcotti, W. (135)
113)
Nonlinearity
Cochlea; Mechanical response; Guinea pig; Heterodyne interferometry: Sensorineural hearing loss
Harmonic distortion; Waveform distortion; Tuning curves: Negative Mouse model: Prepulse inhibition; Auditory brainstem response: Startle
feedback (Khanna, S.M. (135) 89) (Willott, J.F. (135) 78)
Organ of Corti Single pulse
Outer hair cell; Synapse; Japanese macaque; Three-dimensional recon- Cochlear implant; Psychophysics; Human; Animal; Threshold; Auditory
struction; Innervation (Sato, M. (135) 29) prosthesis; Species; Strength-duration function (Miller, A.L. (135) 47)
Otoacoustic emission Single unit
Antisense; Toxicity: Cochlear potential; ATP receptor (LeBlanc, C.S. Noise trauma; Cat; Auditory cortex; Local field potential; Frequency
(135) 105) tuning: Spontaneous activity; Tinnitus (Kimura, M. (135) 146)
Outer hair cell Single-fiber recording
Salicylate; Subsurface cisternae; Micropipette aspiration (Lue, A.J.-C. Cochlear implant; Electrical stimulation; Auditory nerve; Cat; Com-
(135) 163) pound action potential; Model; Population response (Miller, C.A. (135) 1)
Subject Index Volume 135
Species Three-dimensional reconstruction
Cochlear implant; Psychophysics; Human; Animal; Single pulse; Thresh- Outer hair cell; Synapse; Organ of Corti; Japanese macaque: Innervation
old; Auditory prosthesis; Strength-duration function (Miller, A.L. (135) (Sato, M. (135) 29)
47)
Threshold
Spontaneous activity Cochlear implant; Psychophysics: Human; Animal: Single pulse: Audi-
Noise trauma; Cat: Auditory cortex: Single unit; Local field potential; tory prosthesis; Species; Strength-duration function (Miller, A.L. (135)
Frequency tuning; Tinnitus (Kimura, M. (135) 146) 47)
Stapedius muscle Tinnitus
Tensor tympani muscle; Muscle spindle; Human anatomy (Kierner, A.C. Noise trauma: Cat; Auditory cortex: Single unit: Local field potential;
(135) 71) Frequency tuning: Spontaneous activity (Kimura, M. (135) 146)
Startle Tip link
Sensorineural hearing loss; Mouse model; Prepulse inhibition; Auditory Auditory system; Chick; Hair cell; Basilar papilla; Acoustic injury; Hear-
brainstem response (Willott, J.F. (135) 78) ing loss; Cochlear damage: Recovery of function (Husbands, J.M. (135)
135)
Strength-duration function
Cochlear implant; Psychophysics: Human; Animal: Single pulse; Thresh- Toxicity
old; Auditory prosthesis; Species (Miller, A.L. (135) 47) Antisense; Cochlear potential; Otoacoustic emission; ATP receptor (Le-
Blanc, C.S. (135) 105)
Subsurface cisternae
Outer hair cell: Salicylate; Micropipette aspiration (Lue, A.J.-C. (135) Tuning curves -
163) Cochlea; Mechanical response: Guinea pig; Heterodyne interferometry:
Nonlinearity: Harmonic distortion; Waveform distortion; Negative feed-
Superior olivary complex back (Khanna, $.M. (135) 89)
Nitric oxide synthase; Fluoro-Gold: Retrograde tracing; Cochlea (Rie-
mann, R. (135) 181) Utricle
Vestibular evoked potential; Mammal; Gravity receptor; Saccule (Jones,
Synapse S.M. (135) 56)
Outer hair cell; Organ of Corti; Japanese macaque; Three-dimensional
reconstruction; Innervation (Sato, M. (135) 29) Vestibular evoked potential
Mammal: Gravity receptor; Utricle; Saccule (Jones, S.M. (135) 56)
Tensor tympani muscle
Stapedius muscle; Muscle spindle; Human anatomy (Kierner, A.C. (135) Waveform distortion
71) Cochlea; Mechanical response; Guinea pig: Heterodyne interferometry:
Nonlinearity; Harmonic distortion; Tuning curves; Negative feedback
(Khanna, S.M. (135) 89)