Hearing Research 2000: Vol 140 Index

6 Pages·2000·1.3 MB·English

Hearing Research 140 (2000) 216-217
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Author Index Volume 140
Afman, C.E., see Kaltenbach, J.A. (140) 165 Ichimiya, I., see Suko, T. (140) 137
Andéol, G., see Maison, S. (140) 111 Iro, H., see Zenk, J. (140) 157
Andersson, A., see Ekborn, A. (140) 38
Anniko, M., see Takumida, M. (140) 91 Javel, E. and Shepherd, R.K.
Araki, K., see Hoshino, T. (140) 145 Electrical stimulation of the auditory nerve. III. Response initiation sites
Araki, S., see Hoshino, T. (140) 145 and temporal fine structure (140) 45
Avan, P., see Biiki, B. (140) 202
Avan, P., Biki, B., Maat, B., Dordain, M. and Wit, H.P. Kakigi, A., see Takeda, T. (140) |
Middle ear influence on otoacoustic emissions. I: Noninvasive investi- Kaltenbach, J.A., see Zhang, J.S. (140) 7
gation of the human transmission apparatus and comparison with mod- Kaltenbach, J.A. and Afman, C.E.
el results (140) 189 Hyperactivity in the dorsal cochlear nucleus after intense sound expo-
sure and its resemblance to tone-evoked activity: a physiological model
Brew, H.M., see Grigg, J.J. (140) 77 for tinnitus (140) 165
Biki, B., see Avan, P. (140) 189 Kitano, H., see Takeda, T. (140) |
Biki, B., Chomicki, A., Dordain, M., Lemaire, J.-J.. Wit, H.P., Chazal, J. Korada, S. and Schwartz, I.R.
and Avan, P. Calcium binding proteins and the AMPA glutamate receptor subunits in
Middle-ear influence on otoacoustic emissions. II: Contributions of gerbil cochlear nucleus (140) 23
posture and intracranial pressure (140) 202 Késsl, M., see Faulstich, M. (140) 99
Carlyon, R.P. Laurell, G., see Ekborn, A. (140) 38
Detecting coherent and incoherent frequency modulation (140) 173 Lemaire, J.-J., see Biiki, B. (140) 202
Chazal, J., see Biiki, B. (140) 202
Chomicki, A., see Biiki, B. (140) 202 Maat, B., see Avan, P. (140) 189
Collet, L., see Maison, S. (140) 111 Maison, S., Micheyl, C., Andéol, G., Gallégo, S. and Collet, L.
Activation of medial olivocochlear efferent system in humans: influence
Delb, W., see Zenk, J. (140) 157 of stimulus bandwidth (140) 111
Devau, G. Micheyl, C., see Maison, S. (140) 111
Glycine induced calcium concentration changes in vestibular type I sen- Miller, J.M., see Prieskorn, D.M. (140) 212
sory cells (140) 126 Mizuta, K., see Hoshino, T. (140) 145
Dordain, M., see Avan, P. (140) 189 Mogi, G., see Suko, T. (140) 137
Dordain, M., see Biiki, B. (140) 202 Morita, H., see Hoshino, T. (140) 145
Ehrsson, H., see Ekborn, A. (140) 38 Nishiyama, N., Hardie, N.A. and Shepherd, R.K.
Ekborn, A., Laurell, G., Andersson, A., Wallin, 1, Eksborg, S. and Ehrs- Neonatal sensorineural hearing loss affects neurone size in cat auditory
son, H. midbrain (140) 18
Cisplatin-induced hearing loss: influence of the mode of drug adminis-
tration in the guinea pig (140) 38 Okada, T., see Takeda, T. (140) |
Eksborg, S., see Ekborn, A. (140) 38
Popa, R., see Takumida, M. (140) 91
Faulstich, M. and Késsl, M. Prieskorn, D.M. and Miller, J.M.
Evidence for multiple DPOAE components based upon group delay of Technical report: chronic and acute intracochlear infusion in rodents
the 2/;—/> distortion in the gerbil (140) 99 (140) 212
Gallego, S., see Maison, S. (140) 111 Scheffler, D., see Zenk, J. (140) 157
Gao, J., see Hoshino, T. (140) 145 Scheffler, P., see Zenk, J. (140) 157
Grigg, J.J.. Brew, H.M. and Tempel, B.L. Schwartz, I.R., see Korada, S. (140) 23
Differential expression of voltage-gated potassium channel genes in Shepherd, R.K., see Nishiyama, N. (140) 18
auditory nuclei of the mouse brainstem (140) 77 Shepherd, R.K., see Javel, E. (140) 45
Suko, T., Ichimiya, I., Yoshida, K., Suzuki, M. and Mogi, G.
Hardie, N.A., see Nishiyama, N. (140) 18 Classification and culture of spiral ligament fibrocytes from mice (140)
Hoshino, T., Mizuta, K., Gao, J., Araki, S., Araki, K., Takeshita, T., Wu, 137
R. and Morita, H. Suzuki, M., see Suko, T. (140) 137
Cochlear findings in the white spotting (Ws) rat (140) 145
Takeda, S., see Takeda, T. (140) |
PII: S0378-5955(00)00008-3
Author Index Volume 140 217
Takeda, T., Takeda, S., Kitano, H., Okada, T. and Kakigi, A. Wu, R.., see Hoshino, T. (140) 145
Endolymphatic hydrops induced by chronic administration of vasopres-
sin (140) | Yoshida, K., see Suko, T. (140) 137
Takeshita, T., see Hoshino, T. (140) 145
Takumida, M., Anniko, M., Popa, R. and Zhang, D.M. Zenk, J., Scheffler, D., Scheffler, P., Delb, W. and Iro, H.
Lipopolysaccharide-induced expression of inducible nitric oxide The influence of noise on blood flow in the basilar artery (BA) — mea-
synthase in the guinea pig organ of Corti (140) 91 surements with transcranial color-coded duplex sonography (TCCD)
Tempel, B.L., see Grigg, J.J. (140) 77 (140) 157
Zhang, D.M., see Takumida, M. (140) 91
Wallin, I., see Ekborn, A. (140) 38 Zhang, J.S. and Kaltenbach, J.A.
Wit, H.P., see Avan, P. (140) 189 Modulation of spontaneous activity by acetylcholine receptors in the rat
Wit, H.P., see Biiki, B. (140) 202 dorsal cochlear nucleus in vivo (140) 7
Hearing Research 140 (2000) 218-220
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Subject Index Volume 140
Afferent deprivation Carbachol
Auditory system; Inferior colliculus; Neonatal deafness; Soma area Dorsal cochlear nucleus: Spontaneous activity; Atropine; Muscarinic re-
(Nishiyama, N. (140) 18) ceptors; Rat; Cholinergic (Zhang, J.S. (140) 7)
Cerebral blood flow
AMPA receptor
Cochlear blood flow: Transcranial color-coded duplex sonography; Basi-
Cochlear nucleus; Calcium binding protein; Colocalization (Korada, S.
lar artery; Noise exposure (Zenk, J. (140) 157)
(140) 23)
Cholinergic
Atropine
Dorsal cochlear nucleus; Spontaneous activity; Carbachol; Atropine;
Dorsal cochlear nucleus; Spontaneous activity; Carbachol; Muscarinic
Muscarinic receptors; Rat (Zhang, J.S. (140) 7)
receptors; Rat; Cholinergic (Zhang, J.S. (140) 7)
Cisplatin
Auditory nerve fiber
Pharmacokinetics; Ototoxicity; Nephrotoxicity (Ekborn, A. (140) 38)
Electrical stimulation; Cochlear implant (Javel, E. (140) 45)
Cochlea
Auditory system
Bandwidth: Human: Medial olivocochlear Efferent: Noise; Otoacoustic
Afferent deprivation; Inferior colliculus; Neonatal deafness; Soma area
emission (Maison, S. (140) 111)
(Nishiyama, N. (140) 18)
Caldesmon; Immunocytochemistry; S-100 protein; Na-K-ATPase; Ultra-
Kv channel; Gene expression; In situ hybridization; Shaker: Shaw structure (Suko, T. (140) 137)
(Grigg. J.J. (140) 77)
White spotting rat; Stria vascularis: Hair cell; Melanocyte (Hoshino, T.
Bacterial lipopolysaccharide (140) 145)
Nitric oxide: Inducible nitric oxide synthase: Organ of Corti: Immuno-
histochemistry; Guinea pig (Takumida, M. (140) 91) Cochlear amplifier
Otoacoustic emission; Cochlear non-linearity; DPOAE (Faulstich, M.
Bandwidth (140) 99)
Cochlea: Human: Medial olivocochlear Efferent: Noise: Otoacoustic
Cochlear blood flow
emission (Maison, S. (140) 111)
Cerebral blood flow; Transcranial color-coded duplex sonography; Basi-
lar artery; Noise exposure (Zenk, J. (140) 157)
Basilar artery
Cerebral blood flow: Cochlear blood flow: Transcranial color-coded du-
Cochlear implant
plex sonography: Noise exposure (Zenk, J. (140) 157)
Auditory nerve fiber; Electrical stimulation (Javel, E. (140) 45)
Bolus injection
Cochlear non-linearity
Intracochlear infusion; Osmotic pump; Hearing: Rodent (Prieskorn,
Otoacoustic emission; Cochlear amplifier; DPOAE (Faulstich, M. (140)
D.M. (140) 212)
99)
Calcium
Cochlear nucleus
N-Methyl-p-aspartate; Glycine; Vestibular sensory cell; Guinea pig (De-
Plasticity; Spontaneous activity; Tinnitus; Noise-induced hearing loss:
vau, G. (140) 126)
Noise-induced tinnitus (Kaltenbach, J.A. (140) 165)
Calcium binding protein
AMPA receptor; Calcium binding protein: Colocalization (Korada, S.
Cochlear nucleus; AMPA receptor; Colocalization (Korada, S. (140) 23) (140) 23)
Caldesmon Colocalization
Cochlea; Immunocytochemistry; S-100 protein; Na-K-ATPase; Ultra- Cochlear nucleus; AMPA receptor; Calcium binding protein (Korada, S.
structure (Suko, T. (140) 137) (140) 23)
PII: SO0378-5955(00)00009-5
Subject Index Volume 140 219
Distortion Inducible nitric oxide synthase
Otoacoustic emission; Middle ear impedance; Stapedius reflex; Middle ear Nitric oxide; Bacterial lipopolysaccharide; Organ of Corti; Immunohisto-
pressure (Avan, P. (140) 189) chemistry; Guinea pig (Takumida, M. (140) 91)
Posture; Intracranial pressure; Otoacoustic emission; Middle-ear impe- Inferior colliculus
dance; Hydrocephalus (Biiki, B. (140) 202) Afferent deprivation; Auditory system; Neonatal deafness; Soma area
(Nishiyama, N. (140) 18)
Dorsal cochlear nucleus
Spontaneous activity; Carbachol; Atropine; Muscarinic receptors; Rat: Intracochlear infusion
Cholinergic (Zhang, J.S. (140) 7) Osmotic pump; Bolus injection; Hearing; Rodent (Prieskorn, D.M. (140)
212)
DPOAE
Otoacoustic emission; Cochlear amplifier; Cochlear non-linearity (Faul-
Intracranial pressure
stich, M. (140) 99)
Posture; Otoacoustic emission; Distortion; Middle-ear impedance: Hy-
drocephalus (Biiki, B. (140) 202)
Electrical stimulation
Auditory nerve fiber; Cochlear implant (Javel, E. (140) 45) Kv channel
Auditory system; Gene expression; In situ hybridization; Shaker; Shaw
Endolymphatic hydrops
(Grigg, J.J. (140) 77)
Vasopressin; Meniere’s disease (Takeda, T. (140) 1)
Medial olivocochlear Efferent
Frequency modulation
Bandwidth: Cochlea: Human: Noise: Otoacoustic emission (Maison, S.
Pitch; Perceptual asymmetry (Carlyon, R.P. (140) 173)
(140) 111)
Gene expression
Melanocyte
Auditory system: Kv channel; In situ hybridization; Shaker; Shaw
Cochlea; White spotting rat; Stria vascularis; Hair cell (Hoshino, T. (140)
(Grigg, J.J. (140) 77)
145)
Glycine
Meniere’s disease
N-Methyl-p-aspartate; Calcium; Vestibular sensory cell; Guinea pig (De-
Vasopressin; Endolymphatic hydrops (Takeda, T. (140) 1)
vau, G. (140) 126)
Middle ear impedance
Guinea pig
Otoacoustic emission; Distortion; Stapedius reflex: Middle ear pressure
N-Methyl-p-aspartate; Glycine; Calcium; Vestibular sensory cell (Devau,
(Avan, P. (140) 189)
G. (140) 126)
Middle ear pressure
Nitric oxide; Inducible nitric oxide synthase; Bacterial lipopolysaccharide:
Otoacoustic emission; Distortion; Middle ear impedance: Stapedius reflex
Organ of Corti; Immunohistochemistry (Takumida, M. (140) 91)
(Avan, P. (140) 189)
Hair cell
Middle-ear impedance
Cochlea; White spotting rat; Stria vascularis; Melanocyte (Hoshino, T.
Posture; Intracranial pressure; Otoacoustic emission; Distortion; Hydro-
(140) 145)
cephalus (Biiki, B. (140) 202)
Hearing
Muscarinic receptors
Intracochlear infusion; Osmotic pump: Bolus injection; Rodent (Pries-
korn, D.M. (140) 212) Dorsal cochlear nucleus: Spontaneous activity: Carbachol: Atropine:
Rat; Cholinergic (Zhang, J.S. (140) 7)
Human
Na-K-ATPase
Bandwidth: Cochlea; Medial olivocochlear Efferent: Noise: Otoacoustic
emission (Maison, S. (140) 111) Caldesmon; Cochlea; Immunocytochemistry; S-100 protein; Ultrastruc-
ture (Suko, T. (140) 137)
Hydrocephalus
Posture; Intracranial pressure; Otoacoustic emission; Distortion; Middle- Neonatal deafness
ear impedance (Biiki, B. (140) 202) Afferent deprivation; Auditory system; Inferior colliculus; Soma area
(Nishiyama, N. (140) 18)
Immunocytochemistry
Caldesmon; Cochlea; S-100 protein; Na-K-ATPase; Ultrastructure Nephrotoxicity
(Suko, T. (140) 137) Cisplatin; Pharmacokinetics; Ototoxicity (Ekborn, A. (140) 38)
Immunohistochemistry Nitric oxide
Nitric oxide; Inducible nitric oxide synthase; Bacterial lipopolysaccharide : Inducible nitric oxide synthase; Bacterial lipopolysaccharide; Organ of
Organ of Corti; Guinea pig (Takumida, M. (140) 91) Corti; Immunohistochemistry; Guinea pig (Takumida, M. (140) 91)
In situ hybridization N-Methyl-p-aspartate
Auditory system; Kv channel; Gene expression; Shaker; Shaw (Grigg, J.J. Glycine; Calcium; Vestibular sensory cell: Guinea pig (Devau, G. (140)
(140) 77) 126)
Subject Index Volume 140
220
Noise Rodent
Bandwidth: Cochlea: Human: Medial olivocochlear Efferent; Otoacoustic Intracochlear infusion; Osmotic pump; Bolus injection; Hearing (Pries-
emission (Maison, S. (140) 111) korn, D.M. (140) 212)
Noise exposure S-100 protein
Cerebral blood flow; Cochlear blood flow; Transcranial color-coded du- Caldesmon; Cochlea: Immunocytochemistry; Na-K-ATPase; Ultrastruc-
plex sonography; Basilar artery (Zenk, J. (140) 157) ture (Suko, T. (140) 137)
Noise-induced hearing loss Shaker
Plasticity; Spontaneous activity; Tinnitus; Cochlear nucleus; Noise-in- Auditory system; Kv channel; Gene expression; In situ hybridization;
duced tinnitus (Kaltenbach, J.A. (140) 165) Shaw (Grigg, J.J. (140) 77)
Noise-induced tinnitus Shaw
Plasticity; Spontaneous activity; Tinnitus; Cochlear nucleus; Noise-in- Auditory system; Kv channel; Gene expression; In situ hybridization;
duced hearing loss (Kaltenbach, J.A. (140) 165) Shaker (Grigg, J.J. (140) 77)
Organ of Corti Soma area
Nitric oxide; Inducible nitric oxide synthase; Bacterial lipopolysaccharide;: Afferent deprivation; Auditory system; Inferior colliculus; Neonatal deaf-
Immunohistochemistry; Guinea pig (Takumida, M. (140) 91) ness (Nishiyama, N. (140) 18)
Osmotic pump Spontaneous activity
Intracochlear infusion; Bolus injection; Hearing: Rodent (Prieskorn, Plasticity; Tinnitus; Cochlear nucleus; Noise-induced hearing loss: Noise-
D.M. (140) 212) induced tinnitus (Kaltenbach, J.A. (140) 165)
Otoacoustic emission Dorsal cochlear nucleus; Carbachol; Atropine: Muscarinic receptors:
Bandwidth: Cochlea;: Human: Medial olivocochlear Efferent; Noise (Mai- Rat; Cholinergic (Zhang, J.S. (140) 7)
son, S. (140) 111)
Stapedius reflex
Distortion; Middle ear impedance; Stapedius reflex; Middle ear pressure Otoacoustic emission; Distortion; Middle ear impedance; Middle ear
(Avan, P. (140) 189) pressure (Avan, P. (140) 189)
Posture; Intracranial pressure; Distortion; Middle-ear impedance; Hydro- Stria vascularis
cephalus (Biki, B. (140) 202) Cochlea; White spotting rat; Hair cell; Melanocyte (Hoshino, T. (140)
145)
Cochlear amplifier; Cochlear non-linearity; DPOAE (Faulstich, M. (140)
99) Tinnitus
Plasticity; Spontaneous activity; Cochlear nucleus; Noise-induced hearing
Ototoxicity loss; Noise-induced tinnitus (Kaltenbach, J.A. (140) 165)
Cisplatin; Pharmacokinetics; Nephrotoxicity (Ekborn, A. (140) 38)
Transcranial color-coded duplex sonography
Perceptual asymmetry Cerebral blood flow; Cochlear blood flow; Basilar artery; Noise exposure
Frequency modulation; Pitch (Carlyon, R.P. (140) 173) (Zenk, J. (140) 157)
Pharmacokinetics Ultrastructure
Cisplatin; Ototoxicity; Nephrotoxicity (Ekborn, A. (140) 38) Caldesmon; Cochlea: Immunocytochemistry; S-100 protein; Na-K-ATP-
ase (Suko, T. (140) 137)
Pitch
Frequency modulation; Perceptual asymmetry (Carlyon, R.P. (140) 173) Vasopressin
Endolymphatic hydrops; Meniere's disease (Takeda, T. (140) 1)
Plasticity
Spontaneous activity; Tinnitus; Cochlear nucleus; Noise-induced hearing Vestibular sensory cell
loss; Noise-induced tinnitus (Kaltenbach, J.A. (140) 165) N-Methyl-p-aspartate; Glycine; Calcium; Guinea pig (Devau, G. (140)
126)
Posture
Intracranial pressure; Otoacoustic emission; Distortion; Middle-ear impe- White spotting rat
dance; Hydrocephalus (Biiki, B. (140) 202) Cochlea; Stria vascularis; Hair cell; Melanocyte (Hoshino, T. (140) 145)
Rat
Dorsal cochlear nucleus; Spontaneous activity; Carbachol; Atropine;
Muscarinic receptors; Cholinergic (Zhang, J.S. (140) 7)