Hearing Research 2004: Vol 193 Index

2004·1.3 MB·English

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science @oinzer HEARING
Hearing Research 193 (2004) 135
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Author Index Volume 193
Bhagat, S.P. and Champlin, C.A. Liu, Y. and Li, X.
Evaluation of distortion products produced by the human auditory Effects of salicylate on voltage-gated sodium channels in rat in-
system (193) 51 ferior colliculus neurons (193) 68
Bleich, N., see Pratt, H. (193) 83 Liu, Z.-H., see Zhong, S.-X. (193) 1
Cacace, A.T., see McFarland, D.J. (193) 111 Mason, A.C., see Farris, H.E. (193) 121
Champlin, C.A., see Bhagat, S.P. (193) 51 McFarland, D.J. and Cacace, A.T.
Charles, C., see Job, A. (193) 31 Separating stimulus-locked and unlocked components of the
Cian, C., see Job, A. (193) 31 auditory event-related potential (193) 111
Cusack, R. and Roberts, B. Michaelis, C.E., see Gehr, D.D. (193) 9
Effects of differences in the pattern of amplitude envelopes across Mittelman, N., see Pratt, H. (193) 83
harmonics on auditory stream segregation (193) 95 Muldoon, L.L., see Dickey, D.T. (193) 25
De Zeeuw, C.I., see van Looij, M.A.J. (193) 75 Neuwelt, E.A., see Dickey, D.T. (193) 25
Deingruber, K., see Gehr, D.D. (193) 9 Norena, A.J., see Tomita, M. (193) 39
Dickey, D.T., Muldoon, L.L., Kraemer, D.F. and Neuwelt, E.A. Nottet, J.-B., see Job, A. (193) 31
Protection against cisplatin-induced ototoxicity by N-acetylcysteine
in a rat model (193) 25 Ohsato, Y., see Kumagami, H. (193) 20
Dotsu, M., see Kumagami, H. (193) 20 Oku, R., see Kumagami, H. (193) 20
Eggermont, J.J., see Tomita, M. (193) 39 Polyakov, A., see Pratt, H. (193) 83
Esquivié, D., see Job, A. (193) 31 Pratt, H., Polyakov, A., Bleich, N. and Mittelman, N.
The combined effects of forward masking by noise and high click
Farris, H.E., Mason, A.C. and Hoy, R.R. rate on monaural and binaural human auditory nerve and brain-
Identified auditory neurons in the cricket Gryllus rubens: temporal stem potentials (193) 83
processing in calling song sensitive units (193) 121
Freeman, S., see Sohmer, H. (193) 105 Roberts, B., see Cusack, R. (193) 95
Gehr, D.D., Janssen, T., Michaelis, C.E., Deingruber, K. and Lamm, Shigeno, K., see Kumagami, H. (193) 20
K. Middle ear and cochlear disorders result in different DPOAE Sohmer, H. and Freeman, S.
growth behaviour: implications for the differentiation of sound Further evidence for a fluid pathway during bone conduction au-
conductive and cochlear hearing loss (193) 9 ditory stimulation (193) 105
Hoy, R.R., see Farris, H.E. (193) 121 Takahashi, H., see Kumagami, H. (193) 20
Tanaka, F., see Kumagami, H. (193) 20
Janssen, T., see Gehr, D.D. (193) 9 Tomita, M., Norena, A.J. and Eggermont, J.J.
Job, A., Cian, C., Esquivié, D., Leifflen, D., Trousselard, M., Charles, Effects of an acute acoustic trauma on the representation of a voice
C. and Nottet, J.-B. onset time continuum in cat primary auditory cortex (193) 39
Moderate variations of mood/emotional states related to altera- Trousselard, M., see Job, A. (193) 31
tions in cochlear otoacoustic emissions and tinnitus onset in
young normal hearing subjects exposed to gun impulse noise van der Burg, H., see van Looij, M.A.J. (193) 75
(193) 31 van der Wees, J., see van Looij, M.A.J. (193) 75
van Looij, M.A.J., Liem, S.-S., van der Burg, H., van der Wees, J.,
Katsura, M., see Kumagami, H. (193) 20 De Zeeuw, C.I. and van Zanten, B.G.A.
Kraemer, D.F., see Dickey, D.T. (193) 25 Impact of conventional anesthesia on auditory brainstem responses
Kumagami, H., Tanaka, F., Dotsu, M., Yoshida, H., Ohsato, Y., in mice (193) 75
Katsura, M., Oku, R., Shigeno, K. and Takahashi, H. van Zanten, B.G.A., see van Looij, M.A.J. (193) 75
Measurement oft he endolymphatic sac potential in human (193) 20
Yoshida, H., see Kumagami, H. (193) 20
Lamm, K., see Gehr, D.D. (193) 9
Leifflen, D., see Job, A. (193) 31 Zhong, S.-X. and Liu, Z.-H.
Li, X., see Liu, Y. (193) 68 Immunohistochemical localization of the epithelial sodium channel
Liem, S.-S., see van Looij, M.A.J. (193) 75 in the rat inner ear (193) 1
doi:10.1016/S0378-5955(04)00176-5
Available online at www.sciencedirect.com
science @oineors HEARING
RESEARCH
ELSEVIER
Hearing Research 193 (2004) 136-138
www.elsevier.com/locate/heares
Subject Index Volume 193
ABR Calling song
Anesthesia, Awake, Mouse (van Loot, M.A.J. (193) 75) Sinusoidal amplitude modulation, Temporal modulation transfer
function, Omega cells, Afferents, INT-1, AN2, Ultrasound, Gryllus
bimaculatus, Teleogryllus oceanicus (Farris, H.E. (193) 121)
Acoustic trauma
Tinnitus, DPOAEs, Mood, NIHL, Anxiety (Job, A. (193) 31)
Chemoprotection
Cisplatin, N-Acetylcysteine, Ototoxicity, Blood-brain barrier, Animal
Afferents
model (Thomas Dickey, D. (193) 25)
Sinusoidal amplitude modulation, Temporal modulation transfer
function, Omega cells, INT-1, AN2, Ultrasound, Gryllus bimaculatus,
Teleogryllus oceanicus, Calling song (Farris, H.E. (193) 121) Cisplatin
N-Acetylcysteine, Ototoxicity, Chemoprotection, Blood-brain barrier,
Animal model (Thomas Dickey, D. (193) 25)
AN2
Sinusoidal amplitude modulation, Temporal modulation transfer
function, Omega cells, Afferents, INT-1, Ultrasound, Gryllus_bi- Cochlea
maculatus, Teleogryllus oceanicus, Calling song (Farris, H.E. (193) Endolymph, Vestibule, Immunohistochemistry, Epithelial sodium
121) channel (Zhong, S.-X. (193) 1)
Anesthesia Cochlear dysfunction
ABR, Awake, Mouse (van Looij, M.A.J. (193) 75) DPOAE input/output-function, Guinea pig, Transitory middle ear
dysfunction, Noise induced hearing loss, Tinnitus model (Gehr, D.D.
(193) 9)
Animal model
Cisplatin, N-Acetylcysteine, Ototoxicity, Chemoprotection, Blood-
brain barrier (Thomas Dickey, D. (193) 25) Complex sounds
Auditory stream segregation, Timbre (Cusack, R. (193) 95)
Anxiety
Tinnitus, DPOAEs, Mood, Acoustic trauma, NIHL (Job, A. (193) Cubic difference tone
31) Distortion products, Auditory evoked potentials, Otoacoustic emis-
sions, Quadratic difference tone (Bhagat, S.P. (193) 51)
Auditory brainstem evoked potentials
Binaural interaction, Forward masking, Stimulus rate, Equivalent di- Distortion products
pole (Pratt, H. (193) 83) Auditory evoked potentials, Otoacoustic emissions, Cubic difference
tone, Quadratic difference tone (Bhagat, S.P. (193) 51)
Auditory evoked potentials
Distortion products, Otoacoustic emissions, Cubic difference tone, DPOAE input/output-function
Quadratic difference tone (Bhagat, S.P. (193) 51) Guinea pig, Cochlear dysfunction, Transitory middle ear dys-
function, Noise induced hearing loss, Tinnitus model (Gehr, D.D.
Auditory stream segregation (193) 9)
Timbre, Complex sounds (Cusack, R. (193) 95)
DPOAEs
Awake Tinnitus, Mood, Acoustic trauma, NIHL, Anxiety (Job, A. (193) 31)
ABR, Anesthesia, Mouse (van Looij, M.A.J. (193) 75)
Endolymph
Binaural interaction Cochlea, Vestibule, Immunohistochemistry, Epithelial sodium channel
Auditory brainstem evoked potentials, Forward masking, Stimulus (Zhong, S.-X. (193) 1)
rate, Equivalent dipole (Pratt, H. (193) 83)
Endolymphatic sac
Blood-brain barrier Endolymphatic sac potential, Human, Méniere’s disease, Vestibular
Cisplatin, N-Acetylcysteine, Ototoxicity, Chemoprotection, Animal schwannoma (Kumagami, H. (193) 20)
model (Thomas Dickey, D. (193) 25)
Endolymphatic sac potential
Bone conduction Human, Méniére’s disease, Endolymphatic sac, Vestibular schwannoma
Pressure, Fluid pathway (Sohmer, H. (193) 105) (Kumagami, H. (193) 20)
doi:10.1016/S0378-5955(04)00177-7
Subject Index | Hearing Research 193 (2004) 136-138
Epithelial sodium channel Mouse
Endolymph, Cochlea, Vestibule, Immunohistochemistry (Zhong, S.-X. ABR, Anesthesia, Awake (van Looij, M.A.J. (193) 75)
(193) 1)
N-Acetylcysteine
Equivalent dipole Cisplatin, Ototoxicity, Chemoprotection, Blood-brain barrier, Animal
Auditory brainstem evoked potentials, Binaural interaction, Forward model (Thomas Dickey, D. (193) 25)
masking, Stimulus rate (Pratt, H. (193) 83)
NIHL
Event-related desynchronization Tinnitus, DPOAEs, Mood, Acoustic trauma, Anxiety (Job, A. (193)
Event-related potentials, Event-related synchronization, Phase, Spec- 31)
tral dynamics (McFarland, D.J. (193) 111)
Noise induced hearing loss
Event-related potentials DPOAE input/output-function, Guinea pig, Cochlear dysfunction,
Event-related synchronization, Event-related desynchronization, Transitory middle ear dysfunction, Tinnitus model (Gehr, D.D. (193)
Phase, Spectral dynamics (McFarland, D.J. (193) 111) 9)
Event-related synchronization Noise trauma
Event-related potentials, Event-related desynchronization, Phase, Hearing loss, Voice onset time, Speech perception, Temporal resolu-
Spectral dynamics (McFarland, D.J. (193) 111) tion (Tomita, M. (193) 39)
Fluid pathway Omega cells
Bone conduction, Pressure (Sohmer, H. (193) 105) Sinusoidal amplitude modulation, Temporal modulation transfer
function, Afferents, INT-1, AN2, Ultrasound, Gryllus bimaculatus,
Forward masking Teleogryllus oceanicus, Calling song (Farris, H.E. (193) 121)
Auditory brainstem evoked potentials, Binaural interaction, Stimulus
rate, Equivalent dipole (Pratt, H. (193) 83) Otoacoustic emissions
Distortion products, Auditory evoked potentials, Cubic difference
Gryllus bimaculatus tone, Quadratic difference tone (Bhagat, S.P. (193) 51)
Sinusoidal amplitude modulation, Temporal modulation transfer
function, Omega cells, Afferents, INT-1, AN2, Ultrasound, Tele- Ototoxicity
ogryllus oceanicus, Calling song (Farris, H.E. (193) 121) Cisplatin, N-Acetylcysteine, Chemoprotection, Blood-brain barrier,
Animal model (Thomas Dickey, D. (193) 25)
Guinea pig
DPOAE input/output-function, Cochlear dysfunction, Transitory Patch clamp
middle ear dysfunction, Noise induced hearing loss, Tinnitus model Salicylate, Sodium currents, Inferior colliculus, Tinnitus (Liu, Y. (193)
(Gehr, D.D. (193) 9) 68)
Hearing loss Phase
Noise trauma, Voice onset time, Speech perception, Temporal re- Event-related potentials, Event-related synchronization, Event-related
solution (Tomita, M. (193) 39) desynchronization, Spectral dynamics (McFarland, D.J. (193) 111)
Human Pressure
Endolymphatic sac potential, Méniére’s disease, Endolymphatic sac, Bone conduction, Fluid pathway (Sohmer, H. (193) 105)
Vestibular schwannoma (Kumagami, H. (193) 20)
Quadratic difference tone
Immunohistochemistry Distortion products, Auditory evoked potentials, Otoacoustic emis-
Endolymph, Cochlea, Vestibule, Epithelial sodium channel (Zhong, sions, Cubic difference tone (Bhagat, S.P. (193) 51)
S.-X. (193) 1)
Salicylate
Inferior colliculus Sodium currents, Inferior colliculus, Tinnitus, Patch clamp (Liu, Y.
Salicylate, Sodium currents, Tinnitus, Patch clamp (Liu, Y. (193) 68) (193) 68)
INT-1 Sinusoidal amplitude modulation
Sinusoidal amplitude modulation, Temporal modulation transfer Temporal modulation transfer function, Omega cells, Afferents, INT-
function, Omega cells, Afferents, AN2, Ultrasound, Gryllus bimacula- 1, AN2, Ultrasound, Gryllus bimaculatus, Teleogryllus oceanicus,
tus, Teleogryllus oceanicus, Calling song (Farris, H.E. (193) 121) Calling song (Farris, H.E. (193) 121)
Meniére’s disease Sodium currents
Endolymphatic sac potential, Human, Endolymphatic sac, Vestibular Salicylate, Inferior colliculus, Tinnitus, Patch clamp (Liu, Y. (193)
schwannoma (Kumagami, H. (193) 20) 68)
Mood Spectral dynamics
Tinnitus, DPOAEs, Acoustic trauma, NIHL, Anxiety (Job, A. (193) Event-related potentials, Event-related synchronization, Event-related
31) desynchronization, Phase (McFarland, D.J. (193) 111)
138 Subject Index | Hearing Research 193 (2004) 136-138
Speech perception Tinnitus
Noise trauma, Hearing loss, Voice onset time, Temporal resolution DPOAEs, Mood, Acoustic trauma, NIHL, Anxiety (Job, A. (193)
(Tomita, M. (193) 39) 31)
Salicylate, Sodium currents, Inferior colliculus, Patch clamp (Liu, Y.
Stimulus rate
(193) 68)
Auditory brainstem evoked potentials, Binaural interaction, Forward
masking, Equivalent dipole (Pratt, H. (193) 83)
Transitory middle ear dysfunction
Teleogryllus oceanicus DPOAE input/output-function, Guinea pig, Cochlear dysfunction,
Sinusoidal amplitude modulation, Temporal modulation transfer Noise induced hearing loss, Tinnitus model (Gehr, D.D. (193)
function, Omega cells, Afferents, INT-1, AN2, Ultrasound, Gryllus 9)
bimaculatus, Calling song (Farris, H.E. (193) 121)
Ultrasound
Temporal modulation transfer function
Sinusoidal amplitude modulation, Temporal modulation transfer
Sinusoidal amplitude modulation, Omega cells, Afferents, INT-1,
function, Omega cells, Afferents, INT-1, AN2, Gryllus bimaculatus,
AN2, Ultrasound, Gryllus bimaculatus, Teleogryllus oceanicus, Calling
Teleogryllus oceanicus, Calling song (Farris, H.E. (193) 121)
song (Farris, H.E. (193) 121)
Vestibular schwannoma
Temporal resolution
Endolymphatic sac potential, Human, Méniére’s disease, Endo-
Noise trauma, Hearing loss, Voice onset time, Speech perception
lymphatic sac (Kumagami, H. (193) 20)
(Tomita, M. (193) 39)
Timbre Vestibule
Auditory stream segregation, Complex sounds (Cusack, R. (193) 95) Endolymph, Cochlea, Immunohistochemistry, Epithelial sodium
channel (Zhong, S.-X. (193) 1)
Tinnitus model
DPOAE input/output-function, Guinea pig, Cochlear dysfunction, Voice onset time
Transitory middle ear dysfunction, Noise induced hearing loss (Gehr, Noise trauma, Hearing loss, Speech perception, Temporal resolution
D.D. (193) 9) (Tomita, M. (193) 39)