Hearing Research 1999: Vol 127 Index

5 Pages·1999·1.4 MB·English

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ELSEVIER
Hearing Research 127 (1999) 167
Author Index Volume 127
Abbas, P.J.. see Rubinstein, J.T. (127) 108 Adjustable frequency selectivity of auditory forebrain neurons re-
corded in a freely moving songbird via radiotelemetry (127) 41
Beitz. E.. see Seebacher, T.
Boettcher, F.A., see Canlon, B Orlando, M., see Walton, J. (127) 86
Burkard, R., see Walton, J. (127) 86 Oysu, C., see Ozturan, O. (127) 129
Ozturan, O., and Oysu, ¢
Canlon, B., Ryan, A.F. and Boettcher, F.A Influence of spontaneous otoacoustic emissions on distortion product
On the factors required for obtaining protection against noise trauma otoacoustic emission amplitudes (127) 129
by prior acoustic experience (127) 158
Caspary, D.M., see Nakayama, M. (127) 103 Puil, E., see Tennigkeit, F. (127) 77
Chiu, J.-H., see Tu, T.-Y. (127) 149
Clock Eddins, A., Zuskov, M. and Salvi, R.J Rubinstein, J.T.. Wilson, B.S., Finley, C.C. and Abbas, P.J
Changes in distortion product otoacoustic emissions during prolonged Pseudospontaneous activity: stochastic independence of auditory
noise exposure (127) 119 fibers with electrical stimulation (127) 108
Culling, J.1 Ruckenstein, M.J., and Hu, |
The existence region of Huggins’ pitch (127) 143 Antibody deposition in th laris of the MRL-Fas™ mouse
(i|z?Z /) 137
Dolan, D.F., see Yamasoba, T. ( Ruppersberg, J.P., see Seebachet
Duncan, R.K., Eisen, M.D. and Saunders, J.( Ryan, A.F., see Canlon, B. (127
Distal separation of chick cochlear hair cell stereocilia: analysis o
contact-constraint models (127) 22 Salvi, R.J.. see Clock Eddins, A. (127) 119
Duncan, R.K., see Eisen, M.D Sato, M., Leake, P.A. and Hradek, G.1
Durham, D.. see Edmonds Jr., . Postnatal development of the organ of Corti a light micro-
scopic morphometric study (127) |
Edmonds Jr., J.L.. Hoover, A. and Durham, D Saunders, J.C., see Duncan, R.K. (127) 22
Breed differences in deafferentation-induced neuronal cell death anc Saunders, J.C., see Eisen, M.D. (127) 14
shrinkage in chick cochlear nucleus (127) 62 Schultz, J.E., see Seebacher, T. (12 7) 95
Eisen, M.D., see Duncan, R.K. (127) 22 Schwarz, D.W.F., see Tennigkeit, F. (127) 77
Eisen, M.D., Duncan, R.K. and Saunders, J.C. Seebacher, T., Beitz, E.. Kumagami, H., Wild, K., Ruppersberg, J.P. and
he tip link’s role in asymmetric stereocilia motion of chick cochlear Schultz, J.I
hair cells (127) 14 Expression of membrane-bound and cytosolic guanylyl cyclases in
rat inner ear (127) 95
Finley, C.C., see Rubinstein, | 127) 108 Shu, C.-H., see Tu, T.-Y
Skellett, R.A.,
Helfert, R.H., see Nakayama, M. (127) Reply to Canlon et al.: “On the factors required for obtaining protec-
Hoover, L.A., see Edmonds Jr., : (127 tion against noise trauma by prior acoustic experience” (127) 161
Hradek, G.T., see Sato, M. (127
Hu, L., see Ruckenstein, M.J Fennigkeit, F., Schwarz, D.W.F. and Puil, f
Modulation of frequency selectivity by Na’- and K°-conductances in
Klump, G.M., see Nieder neurons of auditory thalamus (127) 77
Konrad, H.R., see Nakayama, M. (127) 103 Thorne, P.R., see Munoz, D.J.B. (127) 55
Kumagami, H., see Seebacher, T Tu, T.-Y., Chiu, J.-H., Shu, C.-H. and Lien, C.-I
cAMP mediates transepithelial K” and Na’ transport in a sirial mar-
Leake, P.A., see Sato, M. (127) | ginal cell line (127) 149
Lien, C.-F., see Tu, T.-Y. (127) 149
Walton, J., Orlando, M. and Burkard, R
McFie, C., see Munoz, D.J.B. (127) 55 Auditory brainstem response forward-masking recovery functions
Milbrandt, J.C., see Nakayama, M. (127) 103 older humans with normal hearing (127) 86
Miller, J.M., see Yamasoba, (127) 31 Wild, K., see Seebacher, T. (127) 95
Munoz, D.J.B., McFie, C. and Thorne, P.R Wilson, B.S., see Rubinstein, J.T. (127) 108
Modulation of cochlear blood flow by extracellular purines (127) 55
Yamasoba, T.. Dolan, D.F. and Miller, J.M
Nakayama, M., Caspary, D.M., Konrad, H.R., Milbrandt, J.C. and Hel- Acquired resistance to acoustic trauma by sound conditioning is pri-
fert, R.H marily mediated by changes restricted to the cochlea, not by systemic
Age-related changes in [H]strychnine binding in the vestibular nuclei responses (127) 31
of rats (127) 103
Nieder, A., and Klump, G.M Zuskov, M., see Clock Eddins, A. (127) 119
9 t <<
ELSEVIER Hearing Research 127 (1999) 168-170
Subject Index Volume 127
Acoustic trauma Autoimmune
Noise-induced hearing loss; Sound conditioning; Auditory toughening; Cochlea; Systemic lupus erythematosus: Antibody; Stria vascularis
Guinea pig: Cochlea (Yamasoba, T. (127) 31) (Ruckenstein, M.J. (127) 137)
Adenosine Avian
Adenosine 5’-triphosphate; Cochlear blood flow; Guinea pig cochlea: Auditory; Cochlea removal; Nucleus magnocellularis (Edmonds Jr., J.L.
Laser Doppler flowmetry; Pl receptor; Pl receptor antagonist; P2 recep- (127) 62)
tor; P2 receptor antagonist: Perilymph; Purine; Spiral ligament; Stria
vascularis; Uridine 5’-triphosphate (Munoz, D.J.B. (127) 55) Basilar membrane
Development; Organ of Corti; Hair cell; Tunnel of Corti (Sato, M. (127) 1)
Adenosine; Cochlear blood flow; Guinea pig cochlea; Laser Doppler
Basilar papilla
flowmetry; Pl receptor; Pl receptor antagonist; P2 receptor; P2 receptor
Auditory; Chick; Stereocilia motion; Hair cell; Tip link (Eisen,
antagonist; Perilymph; Purine; Spiral ligament; Stria vascularis; Uridine
(127) 14)
5’-triphosphate (Munoz, D.J.B. (127) 55)
Binaural
Aging
Dichotic; Pitch; Huggins (Culling, J.F. (127) 143)
Brain; Glycine receptor: Receptor autoradiography (Nakayama, M. (127)
103)
Bird
Starling; Telemetry; Auditory forebrain; Field L; Frequency tuning:
Antibody
Two-tone interaction; Masking (Nieder, A. (127) 41)
Autoimmune; Cochlea; Systemic lupus erythematosus; Stria vascularis
(Ruckenstein, M.J. (127) 137) Brain
Aging: Glycine receptor; Receptor autoradiography (Nakayama, M. (127)
Auditory 103)
Chick; Basilar papilla; Stereocilia motion: Hair cell; Tip link (Eisen,
M.D. (127) 14) cAMP
Marginal cell; Stria vascularis; Ion transport; Secondary messenger: Vol-
Chick: Stereocilia: Hair cell; Micromechanics (Duncan, R.K. (12 tage clamp (Tu, T.-Y. (127) 149)
Cochlea removal; Avian; Nucleus magnocellularis (Edmonds Jr., Chick
Auditory; Basilar papilla: Stereocilia motion; Hair cell; Tip link (Eisen,
(127) 62)
M.D. (127) 14)
Temporal resolution; Recovery: Forward masking: Human (Walton, J.
Auditory; Stereocilia; Hair cell; Micromechanics (Duncan, R.K. (127) 22)
(127) 86)
Chinchilla
Auditory forebrain
Distortion product; Otoacoustic emission; Noise-induced hearing loss
Bird; Starling: Telemetry: Field L; Frequency tuning; Two-tone interac-
(Clock Eddins, A. (127) 119)
tion; Masking (Nieder, A. (127) 41)
Cochlea
Auditory nerve
Guanylyl cyclase: Inner ear; Vestibulum; Endolymph (Seebacher, T. (127)
Cochlear implant; Stochastic resonance; Electrical stimulation; Simula-
95)
tion (Rubinstein, J.T. (127) 108)
Noise-induced hearing loss; Sound conditioning; Acoustic trauma; Audi-
Auditory thalamus tory toughening; Guinea pig (Yamasoba, T. (127) 31)
Frequency analysis: Membrane property (Tennigkeit, F
Autoimmune; Systemic lupus erythematosus; Antibody; Stria vascularis
Auditory toughening (Ruckenstein, M.J. (127) 137)
Noise-induced hearing loss; Sound conditioning; Acoustic trauma; Gui-
nea pig: Cochlea (Yamasoba, T. (127) 31) Auditory; Avian; Nucleus magnocellularis (Edmonds Jr., J.L. (127) 62)
Subject Index Volume 12
Cochlear blood flow
Adenosine; Adenosine 5’-triphosphate; Guinea pig cochlea; Laser Dop- Auditory; Chick; Basilar papilla; Stereocilia motion:
pler flowmetry; PI receptor; Pl receptor antagonist; P2 receptor; P2 M.D. (127) 14)
receptor antagonist; Perilymph; Purine; Spiral ligament; Stria vascularis;
Uridine 5’-triphosphate (Munoz, D.J.B. (127) 55) Auditory; Chick: Stereocilia: Micromechanics (Duncan,
Cochlear implant Huggins
Stochastic resonance; Electrical stimulation; Simulation; Auditory nerve Binaural; Dichotic; Pitch (Culling, J.F. (127) 143)
(Rubinstein, J.T. (127) 108)
Human
Development Auditory brainstem response; Temporal resolution; Recovery:
Basilar membrane; Organ of Corti; Hair cell; Tunnel of Corti (Sato, M masking (Walton, J. (127) 86)
(127) 1)
Inner ear
Dichotic Guanylyl cyclase; Cochlea; Vestibulum; Endolymph (Seebacher
Binaural; Pitch; Huggins (Culling, J.F. (127) 143) 95)
Distortion product lon transport
Otoacoustic emission; Noise-induced hearing loss; Chinchilla (Clock Ed- cAMP; Marginal cell; Stria vascularis; Secondary messenger: Voltage
dins, A. (127) 119) clamp (Tu, T.-Y. (127) 149)
Spontaneous otoacoustic emission; Normal-hearing human (Ozturan, O. Laser Doppler flowmetry
(127) 129) Adenosine; Adenosine 5’-triphosphate; Cochlear blood flow; Guinea pig
cochlea; PI receptor; Pl receptor antagonist; P2 receptor; P2 receptor
Electrical stimulation antagonist; Perilymph; Purine; Spiral ligament: Stria vascularis: Uridine
Cochlear implant; Stochastic resonance; Simulation; Auditory nerve (Ru- 5’-triphosphate (Munoz, D.J.B. (127) 55)
binstein, J.T. (127) 108)
Marginal cell
Endolymph cAMP; Stria vascularis; lon transport; Secondary messenger; Voltage
Guanylyl cyclase; Inner ear; Cochlea; Vestibulum (Seebacher, T. (127) 95) clamp (Tu, T.-Y. (127) 149)
Field L Masking
Bird; Starling; Telemetry; Auditory forebrain; Frequency tuning: Two- Bird; Starling; Telemetry; Auditory forebrain; Field L; Frequency tun-
tone interaction; Masking (Nieder, A. (127) 41) ing: Two-tone interaction (Nieder, A. (127) 41)
Forward masking Membrane property
Auditory brainstem response; Temporal resolution; Recovery; Human Auditorv thalamus; Frequency analysis (Tennigkeit, f
(Walton, J. (127) 86)
Micromechanics
Frequency analysis Auditory; Chick; Stereocilia; Hair cell (Duncan, R.K. (127) 22)
Auditory thalamus; Membrane property (Tennigk
Noise-induced hearing loss
Frequency tuning Sound conditioning; Acoustic trauma; Auditory toughening; Guinea pig;
Bird; Starling; Telemetry; Auditory forebrain; Field L: Two-tone inter- Cochlea (Yamasoba, T. (127) 31)
action; Masking (Nieder, A. (127) 41)
Distortion product; Otoacoustic emission; Chinchilla (Clock Eddins, A
Glycine receptor (127) 119)
Aging; Brain; Receptor autoradiography (Nakayama, M. (127) 103)
Normal-hearing human
Guanylyl cyclase Spontaneous otoacoustic emission; Distortion product otoacoustic emis-
Inner ear; Cochlea; Vestibulum; Endolymph (Seebacher, T. (127) 95) sion (Ozturan, O. (127) 129)
Guinea pig Nucleus magnocellularis
Noise-induced hearing loss; Sound conditioning; Acoustic trauma; Audi- Auditory; Cochlea removal; Avian (Edmonds Jr., J.L. (127) 62)
tory toughening: Cochlea (Yamasoba, T. (127) 31)
Organ of Corti
Adenosine; Adenosine 5’-triphosphate; Cochlear blood flow; Laser Dop- Basilar membrane; Development: Hair cell; Tunnel of Corti (Sato, M
pler flowmetry; Pl receptor; Pl receptor antagonist; P2 receptor; P2 (127) 1)
receptor antagonist; Perilymph; Purine; Spiral ligament; Stria vascularis;
Uridine 5’-triphosphate (Munoz, D.J.B. (127 Otoacoustic emission
Distortion product; Noise-induced hearing loss; Chinchilla (Clock Eddins,
Hair cell A. (127) 119)
Basilar membrane; Development; Organ of Corti; Tunnel of Corti (Sato,
M. (127) 1) PI receptor
Adenosine; Adenosine 5’-triphosphate; Cochlear blood flow; Guinea pig
cochlea; Laser Doppler flowmetry; PI receptor antagonist; P2 receptor;
Subject Index Volume 127
P2 receptor antagonist; Perilymph: Purine; Spiral ligament: Stria vascu- Starling
laris; Uridine 5’-triphosphate (Munoz, D.J.B. (127) 55) Bird; Telemetry; Auditory forebrain; Field L: Frequency tuning: Two-
tone interaction: Masking (Nieder, A. (127) 41)
Adenosine; Adenosine 5’-triphosphate; Cochlear blood flow; Guinea pig
cochlea; Laser Doppler flowmetry; P! receptor; P2 receptor: P2 receptor Stereocilia
antagonist; Perilymph; Purine: Spiral ligament; Stria vascularis; Uridine Auditory; Chick; Hair cell; Micromechanics (Duncan, R.K. (127) 22)
5’-triphosphate (Munoz, D.J.B. (127) 55)
Auditory; Chick; Basilar papilla; Hair cell; Tip link (Eisen, M.D. (127)
P2 receptor 14)
Adenosine: Adenosine 5’-triphosphate: Cochlear blood flow: Guinea pig
cochlea; Laser Doppler flowmetry; Pl receptor; Pl receptor antagonist: Stochastic resonance
P2 receptor antagonist; Perilymph: Purine; Spiral ligament: Stria vascu- Cochlear implant; Electrical stimulation; Simulation; Auditory nerve (Ru-
laris; Uridine 5’-triphosphate (Munoz, D.J.B. (127) 55) binstein, J.T. (127) 108)
Adenosine: Adenosine 5’-triphosphate: Cochlear blood flow; Guinea pig Stria vascularis
cochlea; Laser Doppler flowmetry: P1 receptor; Pl receptor antagonist: Adenosine; Adenosine 5’-triphosphate; Cochlear blood flow; Guinea pig
P2 receptor; Perilymph: Purine: Spiral ligament; Stria vascularis: Uridine cochlea; Laser Doppler flowmetry; P1 receptor; Pl receptor antagonist:
5'-triphosphate (Munoz, D.J.B. (127) 55) P2 receptor; P2 receptor antagonist; Perilymph: Purine; Spiral ligament:
Uridine 5’-triphosphate (Munoz, D.J.B. (127) 55)
Perilymph
Adenosine: Adenosine 5’-triphosphate: Cochlear blood flow; Guinea pig Autoimmune: Cochlea: Systemic lupus erythematosus; Antibody (Ruck-
cochlea; Laser Doppler flowmetry; Pl] receptor; Pl receptor antagonist: enstein, M.J. (127) 137)
P2 receptor; P2 receptor antagonist; Purine: Spiral ligament: Stria vascu-
laris; Uridine 5’-triphosphate (Munoz, D.J.B. (127) 55) cAMP; Marginal cell; Ion transport; Secondary messenger; Voltage
clamp (Tu, T.-Y. (127) 149)
Pitch
Binaural: Dichotic; Huggins (Culling, J.F. (127) 143) Systemic lupus erythematosus
Autoimmune; Cochlea; Antibody; Stria vascularis (Ruckenstein, M.J
Purine (127) 137)
Adenosine; Adenosine 5'-triphosphate: Cochlear blood flow; Guinea pig
cochlea; Laser Doppler flowmetry; Pl] receptor; Pl receptor antagonist: Telemetry
P2 receptor; P2 receptor antagonist: Perilymph; Spiral ligament; Stria Bird; Starling; Auditory forebrain; Field L: Frequency tuning: Two-tone
vascularis; Uridine 5’-triphosphate (Munoz, D.J.B. (127) 55) interaction; Masking (Nieder, A. (127) 41)
Receptor autoradiography Temporal resolution
Aging: Brain; Glycine receptor (Nakayama, M. (127) 103) Auditory brainstem response; Recovery; Forward masking; Human (Wal-
ton, J. (127) 86)
Recovery
Auditory brainstem response; Temporal resolution: Forward masking: lip link
Human (Walton, J. (127) 86) Auditory; Chick: Basilar papilla; Stereocilia motion; Hair cell (Eisen,
M.D. (127) 14)
Secondary messenger
cAMP; Marginal cell; Stria vascularis; lon transport; Voltage clamp (Tu. Tunnel of Corti
T.-Y. (127) 149) Basilar membrane: Development; Organ of Corti: Hair cell (Sato, M.
(127) 1)
Simulation
Cochlear implant: Stochastic resonance: Electrical stimulation: Auditory Two-tone interaction
nerve (Rubinstein, J.T. (127) 108) Bird; Starling; Telemetry; Auditory forebrain; Field L; Frequency tun-
ing: Masking (Nieder, A. (127) 41)
Sound conditioning
Noise-induced hearing loss; Acoustic trauma; Auditory toughening; Gui- Uridine 5'-triphosphate
nea pig: Cochlea (Yamasoba, T. (127) 31) Adenosine; Adenosine 5’-triphosphate; Cochlear blood flow; Guinea pig
cochlea: Laser Doppler flowmetry: Pl receptor; Pl receptor antagonist;
Spiral ligament P2 receptor; P2 receptor antagonist; Perilymph; Purine; Spiral ligament:
Adenosine; Adenosine 5’-triphosphate; Cochlear blood flow; Guinea pig Stria vascularis (Munoz, D.J.B. (127) 55)
cochlea; Laser Doppler flowmetry; PI receptor: Pl receptor antagonist:
P2 receptor: P2 receptor antagonist; Perilymph; Purine: Stria vascularis: Vestibulum
Uridine 5’-triphosphate (Munoz, D.J.B. (127) 55) Guanylyl cyclase; Inner ear; Cochlea: Endolymph (Seebacher, T. (127)
95)
Spontaneous otoacoustic emission
Distortion product otoacoustic emission; Normal-hearing human (Oztur- Voltage clamp
an, O. (127) 129) cAMP; Marginal cell: Stria vascularis: lon transport; Secondary messen-
ger (Tu, T.-Y. (127) 149)