Hearing Research 2002: Vol 166 Index

7 Pages·2002·1.1 MB·English

EVIaeE!
Hearing Research 166 (2002) 218-219
www.elsevier.com locate heares
Author Index Volume 166
Ando, M., see Kakigi, A. (166) 54 Ikeda, K.. see Xia, A.-P. (166) 150
Azuma, H., see Kakigi, A. (166) 54
Jen, P.H.-S.. see Zhou, X. (166) 124
Bianchi. C.. see Parazzini, M. (166) 136 Jones. R.O., see Tuncel, U. (166) 113
Chiumello, G.. see Parazzini, M. (166) 136 Kakigi. A.. Takeuchi, S.. Ando, M., Higashiyama. K.. Azuma, H.. Sato,
Clerici, W.J.. see Tuncel, U. (166) 113 T. and Takeda, T
Comi, G., see Parazzini, M. (166) 136 Reduction in the endocochlear potential caused by Cs” in the perilymph
can be explained by the five-compartment model of the stria vascularis
Davis. R.R.. Murphy, W.J.. Snawder, J.E.. Striley, C.A.F.. Henderson. (166) 54
D.. Khan, A. and Krieg, E.F Katori, Y., see Xia, A.-P. (166) 150
Suscepubility to the ototoxic properties of toluene is species specific Khan, A.. see Davis, R.R. (166) 24
(166) 24 Kikuchi, T.. see Xia. A.-P. (166) 150
Delahaye. R. Kondrachuk, A.V.
Contralateral inhibition in a release from forward masking (166) 44 Models of otolithic membrane hair cell bundle interaction (166) 96
Dieni, S., see Rehn, A.E. (166) 159 Krieg, E.F., see Davis. R.R. (166) 24
Dreiling. F.J.. Henson, M.M. and Henson Jr.. O.W Krishnan, A.
The presence and arrangement of type II collagen in the basilar mem- Human frequency-following responses: representation of steady-state
brane (166) 166 synthetic vowels (166) 192
Dreiling. F.J.. Henson, M.M. and Henson Jr... O.W Kusakari, J., see Tsuji, S. (166) 72
Immunolabeling type II collagen in the basilar membrane, a pre-embed-
ding approach (166) 181 Learn, J., see Wong. D. (166) 9
Durham, D., Park, D.L. and Girod, D.A Loeliger. M., see Rehn, A.E. (166) 159
Breed differences in cochlear integrity in adult, commercially raised
chickens (166) 82 Medaglini, S., see Parazzini, M. (166) 136
Minowa, O., see Xia, A.-P. (166) 150
Eggermont, J.J.. see Norefia, A. (166) 202 Miyamoto, R.T.. see Wong, D. (166) 9
Enmark, E., see Stenberg. A.E. (166) | Murphy, W.J., see Davis, R.R. (166) 24
Fornara, C., see Parazzini, M. (166) 136 Nicotera, T.M., see Hu, B.H. (166) 62
Noda, T., see Xia, A.-P. (166) 150
Gandour, J.T., see Wong, D. (166) 9 Norefia, A. and Eggermont, J.J.
Gerken, G.M.. see Hesse, P.A.S. (166) 143 Comparison between local field potentials and unit cluster activity in
Girod, D.A., see Durham, D. (166) 82 primary auditory cortex and anterior auditory field in the cat (166) 202
Grandori, F., see Parazzini, M. (166) 136
Oshima, T.. see Xia, A.-P. (166) 150
Hara, A.. see Tsuji, 8. (166) 72
Hardie, N.A., see Rehn, A.E. (166) 159 Parazzini, M.. Ravazzani, P., Medaglini. S.. Weber, G.. Fornara, C., Tog-
Henderson, D., see Davis, R.R. (166) 24 nola, G., Vigone. M.C., Bianchi, C.. Comi, G., Chiumello, G. and Gran-
Henderson, D., see Hu, B.H. (166) 62 dori, F.
Henson, M.M.. see Dreiling, F.J. (166) 166 Click-evoked otoacoustic emissions recorded from untreated congenital
Henson, M.M.. see Dreiling. F.J. (166) 181 hypothyroid newborns (166) 136
Henson Jr., O.W., see Dreiling, F.J. (166) 166 Park, D.L., see Durham, D. (166) 82
Henson Jr.. O.W., see Dreiling, F.J. (166) 181 Pirvola, U., see Ylikoski, J. (166) 33
Hesse, P.A.S. and Gerken, G.M. Pisoni, D.B., see Wong, D. (166) 9
Amplitude-intensity functions for auditory middle latency responses in
hearing-impaired subjects (166) 143 Ravazzani, P., see Parazzini, M. (166) 136
Higashiyama, K., see Kakigi, A. (166) 54 Rees, $.M., see Rehn, A.E. (166) 159
Hu. B.H.. Henderson, D. and Nicotera, T.M. Rehn, A.E., Loeliger, M., Hardie, N.A., Rees, $.M., Dieni, S. and Shep-
Involvement of apoptosis in progression of cochlear lesion following herd, R.K.
exposure to intense noise (166) 62 Chronic placental insufficiency has long-term effects on auditory func-
Hultcrantz, M., see Stenberg, A.E. (166) | tion in the guinea pig (166) 159
Hutchins, G.D., see Wong, D. (166) 9
Sahlin, L., see Stenberg, A.E. (166) |
PII: S0378-5955(02)-
EVIaeE!
Hearing Research 166 (2002) 218-219
www.elsevier.com locate heares
Author Index Volume 166
Ando, M., see Kakigi, A. (166) 54 Ikeda, K.. see Xia, A.-P. (166) 150
Azuma, H., see Kakigi, A. (166) 54
Jen, P.H.-S.. see Zhou, X. (166) 124
Bianchi. C.. see Parazzini, M. (166) 136 Jones. R.O., see Tuncel, U. (166) 113
Chiumello, G.. see Parazzini, M. (166) 136 Kakigi. A.. Takeuchi, S.. Ando, M., Higashiyama. K.. Azuma, H.. Sato,
Clerici, W.J.. see Tuncel, U. (166) 113 T. and Takeda, T
Comi, G., see Parazzini, M. (166) 136 Reduction in the endocochlear potential caused by Cs” in the perilymph
can be explained by the five-compartment model of the stria vascularis
Davis. R.R.. Murphy, W.J.. Snawder, J.E.. Striley, C.A.F.. Henderson. (166) 54
D.. Khan, A. and Krieg, E.F Katori, Y., see Xia, A.-P. (166) 150
Suscepubility to the ototoxic properties of toluene is species specific Khan, A.. see Davis, R.R. (166) 24
(166) 24 Kikuchi, T.. see Xia. A.-P. (166) 150
Delahaye. R. Kondrachuk, A.V.
Contralateral inhibition in a release from forward masking (166) 44 Models of otolithic membrane hair cell bundle interaction (166) 96
Dieni, S., see Rehn, A.E. (166) 159 Krieg, E.F., see Davis. R.R. (166) 24
Dreiling. F.J.. Henson, M.M. and Henson Jr.. O.W Krishnan, A.
The presence and arrangement of type II collagen in the basilar mem- Human frequency-following responses: representation of steady-state
brane (166) 166 synthetic vowels (166) 192
Dreiling. F.J.. Henson, M.M. and Henson Jr... O.W Kusakari, J., see Tsuji, S. (166) 72
Immunolabeling type II collagen in the basilar membrane, a pre-embed-
ding approach (166) 181 Learn, J., see Wong. D. (166) 9
Durham, D., Park, D.L. and Girod, D.A Loeliger. M., see Rehn, A.E. (166) 159
Breed differences in cochlear integrity in adult, commercially raised
chickens (166) 82 Medaglini, S., see Parazzini, M. (166) 136
Minowa, O., see Xia, A.-P. (166) 150
Eggermont, J.J.. see Norefia, A. (166) 202 Miyamoto, R.T.. see Wong, D. (166) 9
Enmark, E., see Stenberg. A.E. (166) | Murphy, W.J., see Davis, R.R. (166) 24
Fornara, C., see Parazzini, M. (166) 136 Nicotera, T.M., see Hu, B.H. (166) 62
Noda, T., see Xia, A.-P. (166) 150
Gandour, J.T., see Wong, D. (166) 9 Norefia, A. and Eggermont, J.J.
Gerken, G.M.. see Hesse, P.A.S. (166) 143 Comparison between local field potentials and unit cluster activity in
Girod, D.A., see Durham, D. (166) 82 primary auditory cortex and anterior auditory field in the cat (166) 202
Grandori, F., see Parazzini, M. (166) 136
Oshima, T.. see Xia, A.-P. (166) 150
Hara, A.. see Tsuji, 8. (166) 72
Hardie, N.A., see Rehn, A.E. (166) 159 Parazzini, M.. Ravazzani, P., Medaglini. S.. Weber, G.. Fornara, C., Tog-
Henderson, D., see Davis, R.R. (166) 24 nola, G., Vigone. M.C., Bianchi, C.. Comi, G., Chiumello, G. and Gran-
Henderson, D., see Hu, B.H. (166) 62 dori, F.
Henson, M.M.. see Dreiling, F.J. (166) 166 Click-evoked otoacoustic emissions recorded from untreated congenital
Henson, M.M.. see Dreiling. F.J. (166) 181 hypothyroid newborns (166) 136
Henson Jr., O.W., see Dreiling, F.J. (166) 166 Park, D.L., see Durham, D. (166) 82
Henson Jr.. O.W., see Dreiling, F.J. (166) 181 Pirvola, U., see Ylikoski, J. (166) 33
Hesse, P.A.S. and Gerken, G.M. Pisoni, D.B., see Wong, D. (166) 9
Amplitude-intensity functions for auditory middle latency responses in
hearing-impaired subjects (166) 143 Ravazzani, P., see Parazzini, M. (166) 136
Higashiyama, K., see Kakigi, A. (166) 54 Rees, $.M., see Rehn, A.E. (166) 159
Hu. B.H.. Henderson, D. and Nicotera, T.M. Rehn, A.E., Loeliger, M., Hardie, N.A., Rees, $.M., Dieni, S. and Shep-
Involvement of apoptosis in progression of cochlear lesion following herd, R.K.
exposure to intense noise (166) 62 Chronic placental insufficiency has long-term effects on auditory func-
Hultcrantz, M., see Stenberg, A.E. (166) | tion in the guinea pig (166) 159
Hutchins, G.D., see Wong, D. (166) 9
Sahlin, L., see Stenberg, A.E. (166) |
PII: S0378-5955(02)-
Author Index Volume 166
Sato, T., see Kakigi, A. (166) 54 Vigone, M.C., see Parazzini, M. (166) 136
Seaman, R.L Virkkala, J., see Ylikoski, J. (166) 33
Non-osseous sound transmission to the inner ear (166) 214
Shepherd, R.K., see Rehn, A.E. (166) 159 Wang. H.. see Stenberg. A.E. (166) |
Snawder, J.E.. see Davis. R.R. (166) 24 Weber, G.. see Parazzini, M. (166) 136
Sohmer, H. Wong. D.. Pisoni, D.B., Learn, J.. Gandour, J.T.. Miyamoto, R.T. and
Reply to the letter to the editor of R.L. Seaman (166) 216 Hutchins, G.D.
Stenberg. A.E., Wang, H., Sahlin, L., Stierna, P.. Enmark, E. and Hult- PET imaging of differential cortical activation by monaural speech and
crantz, M. nonspeech stimuli (166) 9
Estrogen receptors @ and 6 in the inner ear of the “Turner mouse’ and
an estrogen receptor B knockout mouse (166) | Xia, A.-P.. Kikuchi, T.. Minowa, O., Katori, Y.. Oshima, T.. Noda, T
Stierna, P., see Stenberg, A.E. (166) | and Ikeda, K.
Striley, C.A.F., see Davis, R.R. (166) 24 Late-onset hearing loss in a mouse model of DFN3 non-syndromic
deafness: morphologic and immunohistochemical analyses (166) 150
Tabuchi, K.. see Tsuji, S. (166) 72 Xing-Qun, L., see Ylikoski, J. (166) 33
Takeda, T., see Kakigi, A. (166) 54
Takeuchi, S., see Kakigi, A. (166) 54 Ylikoski, J.. Xing-Qun, L.. Virkkala. J. and Pirvola, U.
Tognola, G., see Parazzini, M. (166) 136 Blockade of c-Jun N-terminal kinase pathway attenuates gentamicin-
Tsuji, S.. Tabuchi, K.. Hara, A. and Kusakari, J. induced cochlear and vestibular hair cell death (166) 33
Long-term observations on the reversibility of cochlear dysfunction
after transient ischemia (166) 72 Zhou, X. and Jen, P.H.-S.
Tuncel, U., Clerici, WJ. and Jones, R.O. The effect of sound duration on rate-amplitude functions of inferior
Differential ototoxicities induced by lead acetate and tetraethyl lead collicular neurons in the big brown bat. Eptesicus fuscus (166) 124
(166) 113
N
ELSEVIER
Hearing Research 166 (2002) 220-223
www.elsevier.com locate heares
Subject Index Volume 166
Aging Cellular stress
Presbycusis: Hair cell regeneration; Auditory; Deafness (Durham, D. Apoptosis; JNK signaling: Inner ear; Hair cell; Ototoxicity; Therapy
(166) 82) (Ylikoski, J. (166) 33)
Anterior auditory field Chinchilla
Multiple-unit recording: Local field potential; Primary auditory cortex; Ototoxicity; Toluene; Hepatic microsome; CYP2E1; CYP2B (Davis,
Cat: Intracortical inhibition (Norefia, A. (166) 202) R.R. (166) 24)
Apoptosis Apoptosis; Noise; Outer hair cell; Cochlea (Hu, B.H. (166) 62)
Cellular stress: JNK signaling; Inner ear; Hair cell; Ototoxicity; Therapy
(Ylikoski, J. (166) 33) Cochlea
Apoptosis: Noise; Outer hair cell; Chinchilla (Hu, B.H. (166) 62)
Noise; Outer hair cell; Cochlea: Chinchilla (Hu, B.H. (166) 62)
Ischemia; Auditory brainstem response; Nitric oxide (Tsuji, S. (166) 72)
Auditory
Presbycusis: Hair cell regeneration; Aging: Deafness (Durham, D. (166)
Cochlear implant
82)
Speech perception: Positron emission tomography imaging; Reversed
speech; Auditory cortical processing (Wong, D. (166) 9)
Auditory brainstem response
Ischemia; Cochlea: Nitric oxide (Tsuji, S. (166) 72)
Cochlear microphonic
Compound action potential; Lead compounds: Reactive oxygen species;
Prenatal compromise; Auditory deficit; Low birth weight (Rehn, A.E.
a-Phenyl-tert-butyl-nitrone; Ototoxicity (Tuncel, U. (166) 113)
(166) 159)
Compound action potential
Auditory cortical processing
Cochlear microphonic; Lead compounds; Reactive oxygen species;
Speech perception: Positron emission tomography imaging: Reversed
a-Phenyl-fert-butyl-nitrone: Ototoxicity (Tuncel, U. (166) 113)
speech; Cochlear implant (Wong, D. (166) 9)
Contralateral
Auditory deficit
Auditory brainstem response; Prenatal compromise; Low birth weight Forward masking: Masking release; Inhibition: Individual difference (De-
lahaye, R. (166) 44)
(Rehn, A.E. (166) 159)
Basilar membrane Cs*
Type II collagen; Immunoelectron microscopy; Immunohistochemistry ; Stria vascularis; Intermediate cell; K* channel; Perilymphatic perfusion
Extracellular matrix; Scanning electron microscopy (Dreiling, F.J. (166) (Kakigi, A. (166) 54)
166)
Cx26
Type II collagen; Immunoelectron microscopy: Immunohistochemistry: Brn-4, Heterozygous female mouse; Cx31; Na,K-ATPase; Na-K-Cl co-
Extracellular matrix (Dreiling, F.J. (166) 181) transporter (Xia, A.-P. (166) 150)
Bat Cx31
Dynamic range: Inferior colliculus; Sound duration; Rate-amplitude Brn-4, Heterozygous female mouse; Cx26; Na,K-ATPase; Na-K-Cl co-
function (Zhou, X. (166) 124) transporter (Xia, A.-P. (166) 150)
Brn-4 CYP2B
Heterozygous female mouse; Cx26; Cx31; Na,K-ATPase; Na-K-Cl co- Ototoxicity; Toluene; Hepatic microsome; CYP2E1; Chinchilla (Davis,
transporter (Xia, A.-P. (166) 150) R.R. (166) 24)
Cat CYP2E1
Multiple-unit recording: Local field potential; Primary auditory cortex; Ototoxicity; Toluene; Hepatic microsome; CYP2B; Chinchilla (Davis,
Anterior auditory field; Intracortical inhibition (Norefia, A. (166) 202) R.R. (166) 24)
Pll: $0378-5955(02)-
Subject Index Volume 166
Deafness Hypothyroidism
Presbycusis; Hair cell regeneration; Aging: Auditory (Durham, D. (166) Newborn; Transient-evoked otoacoustic emission: Wavelet transform
82) (Parazzini, M. (166) 136)
Dynamic range Immunoelectron
Bat; Inferior colliculus; Sound duration; Rate-amplitude function (Zhou, Basilar membrane; Type II collagen; Immunohistochemistry; Extracellu-
X. (166) 124) lar matrix; Scanning electron microscopy (Dreiling. F_J. (166) 166)
Edge effect Basilar membrane; Type II collagen; Immunohistochemistry: Extracellu-
Middle latency response; Evoked potential; Hearing loss (Hesse, P.A.S. lar matrix (Dreiling, F.J. (166) 181)
(166) 143)
1, Iai, be . y
Estrogen receptor Turner syndrome; Estrogen receptor: Mouse; Estrogen receptor 8 knock-
Turner syndrome; Mouse; Estrogen receptor B knockout mouse; Inner out mouse; Inner ear (Stenberg, A.E. (166) 1)
ear; Immunohistochemistry (Stenberg, A.E. (166) 1)
Basilar membrane; Type II collagen: Immunoelectron microscopy; Extra-
Estrogen receptor 8 knockout mouse cellular matrix; Scanning electron microscopy (Dreiling. F.J. (166) 166)
Turner syndrome; Estrogen receptor; Mouse: Inner ear; Immunohisto-
chemistry (Stenberg, A.E. (166) 1) Basilar membrane; Type II collagen; Immunoelectron microscopy: Extra-
cellular matrix (Dreiling, FJ. (166) 181)
Evoked potential
Middle latency response; Hearing loss; Edge effect (Hesse, P.A.S. (166) Individual difference
Forward masking: Masking release: Contralateral: Inhibition (Delahaye,
143)
R. (166) 44)
Extracellular matrix
Inferior colliculus
Basilar membrane: Type II collagen; Immunoelectron microscopy; Im-
Bat; Dynamic range; Sound duration; Rate—amplitude function (Zhou, X.
munohistochemistry; Scanning electron microscopy (Dreiling, F.J. (166)
(166) 124)
166)
Inhibition
Basilar membrane; Type II collagen; Immunoelectron microscopy; Im-
Forward masking; Masking release; Contralateral; Individual difference
munohistochemistry (Dreiling, F.J. (166) 181)
(Delahaye, R. (166) 44)
Formant
Inner ear
Human FFR; Steady-state synthetic vowel; Neural phase-locking; Tem-
Turner syndrome; Estrogen receptor; Mouse; Estrogen receptor B knock-
poral encoding (Krishnan, A. (166) 192)
out mouse; Immunohistochemistry (Stenberg, A.E. (166) 1)
Forward masking
Cellular stress; Apoptosis; JNK signaling: Hair cell; Ototoxicity; Therapy
Masking release; Contralateral; Inhibition; Individual difference (Dela-
(Ylikoski, J. (166) 33)
haye, R. (166) 44)
Intermediate cell
Hair cell Stria vascularis; K~ channel; Cs*; Perilymphatic perfusion (Kakigi, A.
Cellular stress; Apoptosis; JNK signaling; Inner ear; Ototoxicity; Ther-
(166) 54)
apy (Ylikoski, J. (166) 33)
Intracortical inhibition
Hair cell bundle Multiple-unit recording: Local field potential; Primary auditory cortex:
Model; Otolith; Stereocilia; Tip-link (Kondrachuk, A.V. (166) 96) Anterior auditory field; Cat (Norefia, A. (166) 202)
Hair cell regeneration Ischemia
Presbycusis; Aging: Auditory; Deafness (Durham, D. (166) 82) Cochlea; Auditory brainstem response: Nitric oxide (Tsuji, S. (166) 72)
Hearing loss JNK signaling
Middle latency response; Evoked potential; Edge effect (Hesse, P.A.S. Cellular stress; Apoptosis: Inner ear; Hair cell; Ototoxicity; Therapy
(166) 143) (Ylikoski, J. (166) 33)
Hepatic microsome K* channel
Ototoxicity; Toluene; CYP2E1; CYP2B; Chinchilla (Davis, R.R. (166) Stria vascularis; Intermediate cell; Cs* ; Perilymphatic perfusion (Kakigi,
24) A. (166) 54)
Heterozygous female mouse Lead compounds
Brn-4; Cx26; Cx31; Na,K-ATPase; Na-K-Cl cotransporter (Xia, A.-P. Cochlear microphonic; Compound action potential; Reactive oxygen spe-
(166) 150) cies; a-Phenyl-rert-butyl-nitrone; Ototoxicity (Tuncel, U. (166) 113)
Human FFR Local field potential
Steady-state synthetic vowel; Neural phase-locking; Formant; Temporal Multiple-unit recording; Primary auditory cortex; Anterior auditory field;
encoding (Krishnan, A. (166) 192) Cat; Intracortical inhibition (Norefia, A. (166) 202)
Subject Index Volume 166
Low birth weight a-Phenyl-rert-butyl-nitrone
Auditory brainstem response: Prenatal compromise; Auditory deficit Cochlear microphonic: Compound action potential; Lead compounds:
(Rehn, A.E. (166) 159) Reactive oxygen species: Ototoxicity (Tuncel, U. (166) 113)
Masking release Positron emission tomography imaging
Forward masking: Contralateral: Inhibition: Individual difference (Dela- Speech perception; Reversed speech: Auditory cortical processing: Co-
haye. R. (166) 44) chlear implant (Wong. D. (166) 9)
Middle latency response Prenatal compromise
Evoked potential; Hearing loss; Edge effect (Hesse, P.A.S. (166) 143) Auditory brainstem response: Auditory deficit; Low birth weight (Rehn,
A.E. (166) 159)
Model
Otolith: Hair cell bundle: Stereocilia; Tip-link (Kondrachuk, A.V. (166) Presbycusis
96) Hair cell regeneration: Aging: Auditory: Deafness (Durham, D. (166) 82)
Mouse Primary auditory cortex
Turner syndrome; Estrogen receptor: Estrogen receptor B knockout Multiple-unit recording: Local field potential; Anterior auditory field;
mouse; Inner ear: Immunohistochemistry (Stenberg, A.E. (166) 1) Cat: Intracortical inhibition (Noretia, A. (166) 202)
Multiple-unit recording Rate—amplitude function
Local field potential: Primary auditory cortex: Anterior auditory field: Bat: Dynamic range: Inferior colliculus: Sound duration (Zhou, X. (166)
Cat: Intracortical inhibition (Norefia, A. (166) 202) 124)
Na,K-ATPase
Reactive oxygen species
Brn-4. Heterozygous female mouse; Cx26; Cx31; Na-K-Cl cotransporter
Cochlear microphonic; Compound action potential: Lead compounds:
(Xia, A.-P. (166) 150)
a-Phenyl-rert-butyl-nitrone: Ototoxicity (Tuncel, U. (166) 113)
Na-k-Cl cotransporter
Reversed speech
Brn-4, Heterozygous female mouse: Cx26; Cx31; Na,K-ATPase (Xia, A.-
Speech perception: Positron emission tomography imaging: Auditory cor-
P. (166) 150)
tical processing: Cochlear implant (Wong. D. (166) 9)
Neural phase-locking
Scanning electron microscopy
Human FFR;: Steady-state synthetic vowel: Formant: Temporal encoding
Basilar membrane: Type II collagen: Immunoelectron microscopy: Im-
(Krishnan, A. (166) 192)
munohistochemistry: Extracellular matrix (Dreiling. F.J. (166) 166)
Newborn
Sound duration
Hypothyroidism; Transient-evoked otoacoustic emission: Wavelet trans-
Bat: Dynamic range: Inferior colliculus: Rate-amplitude function (Zhou.
form (Parazzini, M. (166) 136)
X. (166) 124)
Nitric oxide
Speech perception
Ischemia: Cochlea: Auditory brainstem response (Tsuji, S. (166) 72)
Positron emission tomography imaging: Reversed speech: Auditory cor-
Noise tical processing: Cochlear implant (Wong. D. (166) 9)
Apoptosis: Outer hair cell: Cochlea: Chinchilla (Hu, B.H. (166) 62)
Steady-state synthetic vowel
Otolith Human FFR: Neural phase-locking: Formant: Temporal encoding
Model: Hair cell bundle: Stereocilia: Tip-link (Kondrachuk, A.V. (166) (Krishnan, A. (166) 192)
96)
Stereocilia
Ototoxicity Model: Otolith: Hair cell bundle; Tip-link (Kondrachuk, A.V. (166) 96)
Toluene; Hepatic microsome: CYP2E1; CYP2B; Chinchilla (Davis. R.R
(166) 24) Stria vascularis
Intermediate cell; K~ channel: Cs*: Perilymphatic perfusion (Kakigi, A
Cellular stress: Apoptosis: JNK signaling: Inner ear: Hair cell: Therapy (166) 54)
(Ylikoski, J. (166) 33)
Temporal encoding
Cochlear microphonic; Compound action potential: Lead compounds: Human FFR; Steady-state synthetic vowel: Neural phase-locking: For-
Reactive oxygen species: a-Phenyl-rert-butyl-nitrone (Tuncel. U. (166) mant (Krishnan, A. (166) 192)
113)
Therapy
Outer hair cell Cellular stress: Apoptosis: JNK signaling: Inner ear: Hair cell: Ototoxi-
Apoptosis; Noise; Cochlea: Chinchilla (Hu, B.H. (166) 62) city (Ylikoski, J. (166) 33)
Perilymphatic perfusion Tip-link
Stria vascularis; Intermediate cell; K~ channel: Cs~ (Kakigi, A. (166) 54) Model; Otolith: Hair cell bundle; Stereocilia (Kondrachuk, A.V. (166) 96)
Subject Index Volume 166 992
Toluene Extracellular matrix: Scanning electron microscopy (Dreiling. FJ. (166)
Ototoxicity: Hepatic microsome: CYP2E1: CYP2B:; Chinchilla (Davis, 166)
R.R. (166) 24)
Basilar membrane: Immunoelectron microscopy: Immunohistochemistry :
Transient-evoked otoacoustic emission Extracellular matrix (Dreiling, F.J. (166) 181)
Hypothyroidism: Newborn; Wavelet transform (Parazzini, M. (166) 136)
Wavelet transform
Turner syndrome Hypothyroidism; Newborn: Transient-evoked otoacoustic emission (Pa-
Estrogen receptor: Mouse; Estrogen receptor B knockout mouse: Inner razzini, M. (166) 136)
ear: Immunohistochemistry (Stenberg. A.E. (166) 1)
Type Il collagen
Basilar membrane: Immunoelectron microscopy: Immunohistochemistry :