Hearing Research 2001: Vol 157 Index

5 Pages·2001·0.93 MB·English

Hearing Research 157 (2001) 153
www.elsevier.com/locate/heares
Author Index Volume 157
Agrup, C., Berggren, P.-O. and Bagger-Sjéback, D. Killick, R., see Henzl, M.T. (157) 100
Morphological and functional characteristics of cells cultured from the Koay, G., see Heffner, R.S. (157) 138
endolymphatic sac (157) 43
Linthicum, F., see Keithley, E.M. (157) 93
Bagger-Sjébiack, D., see Agrup, C. (157) 43 Liu, G.B. and Mark, R.F.
Berggren, P.-O., see Agrup, C. (157) 43 Functional development of the inferior colliculus (IC) and its relation-
ship with the auditory brainstem response (ABR) in the tammar wallaby
Decraemer, W.F., see Dirckx, J.J.J. (157) 124 (Macropus eugenii) (157) 112
Desai, K., see Keithley, E.M. (157) 93
Dirckx, J.J.J. and Decraemer, W.F. Mark, R.F., see Liu, G.B. (157) 112
Effect of middle ear components on eardrum quasi-static deformation
(157) 124 O'Neal, J., see Henzl, M.T. (157) 100
Eggermont, J.J. Rask-Andersen, H., see Scholtz, A.W. (157) 77
Between sound and perception: reviewing the search for a neural code
(157)1 Sahlin, L., see Stenberg, A.E. (157) 87
Santi, P., see Tsuprun, V. (157) 65
Felder, E., see Scholtz, A.W. (157) 77 Scholtz, A.W., Kammen-Jolly, K., Felder, E., Hussl, B., Rask-Andersen,
Fischel-Ghodsian, N., see Keithley, E.M. (157) 93 H. and Schrott-Fischer, A.
Fish III, J., see Stenberg, A.E. (157) 87 Selective aspects of human pathology in high-tone hearing loss of the
aging inner ear (157) 77
Gerken, G.M., Hesse, P.S. and Wiorkowski, J.J. Schrott-Fischer, A., see Stenberg, A.E. (157) 87
Auditory evoked responses in control subjects and in patients with Schrott-Fischer, A., see Scholtz, A.W. (157) 77
problem-tinnitus (157) 52 Stenberg, A.E., Wang, H., Fish III, J., Schrott-Fischer, A., Sahlin, L. and
Hultcrantz, M.
Harris, B., see Keithley, E.M. (157) 93 Estrogen receptors in the normal adult and developing human inner ear
Heffner, H.E., see Heffner, R.S. (157) 138 and in Turner’s syndrome (157) 87
Heffner, R.S., Koay, G. and Heffner, H.E.
Audiograms of five species of rodents: implications for the evolution of Thalmann, I., see Henzl, M.T. (157) 100
hearing and the perception of pitch (157) 138 Thalmann, R., see Henzl, M.T. (157) 100
Henzl, M.T., O'Neal, J., Killick, R., Thalmann, I. and Thalmann, R. Tsuprun, V. and Santi, P.
OCP1, an F-box protein, co-localizes with OCP2/SKP1 in the cochlear Proteoglycan arrays in the cochlear basement membrane (157) 65
epithelial gap junction region (157) 100
Hesse, P.S., see Gerken, G.M. (157) 52 Wang, H., see Stenberg, A.E. (157) 87
Hultcrantz, M., see Stenberg, A.E. (157) 87 Wiorkowski, J.J., see Gerken, G.M. (157) 52
Hussl, B., see Scholtz, A.W. (157) 77
Kammen-Jolly, K., see Scholtz, A.W. (157) 77
Keithley, E.M., Harris, B., Desai, K., Linthicum, F. and Fischel-Ghod-
sian, N.
Mitochondrial cytochrome oxidase immunolabeling in aged human tem-
poral bones (157) 93
PII: S0378-5955(01)00300-8
ELSEVIER
Hearing Research 157 (2001) 154-156
www.elsevier.com/locate/heares
Subject Index Volume 157
Aging Development
High-tone hearing loss; Cochlea; Human; Ultrastructure; Cuticular plate Auditory brainstem response; Tammar wallaby; Inferior colliculus (Liu,
(Scholtz, A.W. (157) 77) G.B. (157) 112)
Mitochondrion; Presbycusis; Spiral ganglion neuron (Keithley, E.M. Elderly
(157) 93) Tinnitus; Auditory brainstem response; Middle latency response; Hearing
loss; Evoked potential (Gerken, G.M. (157) 52)
Amplitude and frequency modulation
Neural representation; Neural transformation; Neural coding; Auditory Electron microscopy
system; Neural synchrony; Voice onset time; Speech; Vocalization (Eg- Cochlea; Basement membrane; Immunohistochemistry; Proteoglycan
germont, J.J. (157) 1) (Tsuprun, V. (157) 65)
Audiogram Endolymph
Evolution; Frequency coding; Groundhog; Chipmunk; Leaf-eared Inner ear; Fura-2 method; Guinea pig (Agrup, C. (157) 43)
mouse; Hamster; Spiny mouse (Heffner, R.S. (157) 138)
Estrogen receptor
Auditory brainstem response Inner ear; Human; Fetus; Hearing; Turner’s syndrome; Gender (Sten-
Tammar wallaby; Inferior colliculus; Development (Liu, G.B. (157) 112) berg, A.E. (157) 87)
Tinnitus; Middle latency response; Hearing loss; Elderly; Evoked poten- Evoked potential
tial (Gerken, G.M. (157) 52) Tinnitus; Auditory brainstem response; Middle latency response; Hearing
loss; Elderly (Gerken, G.M. (157) 52)
Auditory system
Neural representation; Neural transformation; Neural coding; Neural Evolution
synchrony; Amplitude and frequency modulation; Voice onset time; Audiogram; Frequency coding; Groundhog; Chipmunk; Leaf-eared
Speech; Vocalization (Eggermont, J.J. (157) 1) mouse; Hamster; Spiny mouse (Heffner, R.S. (157) 138)
Basement membrane F-box protein
Cochlea; Immunohistochemistry; Electron microscopy; Proteoglycan Organ of Corti; Gap junction; Proteasome; Ubiquitin; Connexin (Henzl,
(Tsuprun, V. (157) 65) M.T. (157) 100)
Chipmunk Fetus
Audiogram; Evolution; Frequency coding; Groundhog; Leaf-eared Estrogen receptor; Inner ear; Human; Hearing; Turner’s syndrome; Gen-
mouse; Hamster; Spiny mouse (Heffner, R.S. (157) 138) der (Stenberg, A.E. (157) 87)
Cochlea Frequency coding
Basement membrane; Immunohistochemistry; Electron microscopy; Pro- Audiogram; Evolution; Groundhog; Chipmunk; Leaf-eared mouse;
teoglycan (Tsuprun, V. (157) 65) Hamster; Spiny mouse (Heffner, R.S. (157) 138)
High-tone hearing loss; Aging; Human; Ultrastructure; Cuticular plate Fura-2 method
(Scholtz, A.W. (157) 77) Inner ear; Endolymph; Guinea pig (Agrup, C. (157) 43)
Connexin Gap junction
Organ of Corti; Gap junction; Proteasome; F-box protein; Ubiquitin Organ of Corti; Proteasome; F-box protein; Ubiquitin; Connexin (Henzl,
(Henzl, M.T. (157) 100) M.T. (157) 100)
Cuticular plate Gender
High-tone hearing loss; Aging; Cochlea; Human; Ultrastructure (Scholtz, Estrogen receptor; Inner ear; Human; Fetus; Hearing; Turner’s syn-
A.W. (157) 77) drome (Stenberg, A.E. (157) 87)
PIT: S0378-5955(01)00301-X
Subject Index Volume 157 155
Groundhog chrony; Amplitude and frequency modulation; Voice onset time; Speech;
Audiogram; Evolution; Frequency coding; Chipmunk; Leaf-eared Vocalization (Eggermont, J.J. (157) 1)
mouse; Hamster; Spiny mouse (Heffner, R.S. (157) 138)
Neural synchrony
Guinea pig Neural representation; Neural transformation; Neural coding; Auditory
Inner ear; Endolymph; Fura-2 method (Agrup, C. (157) 43) system; Amplitude and frequency modulation; Voice onset time; Speech;
Vocalization (Eggermont, J.J. (157) 1)
Hamster
Audiogram; Evolution; Frequency coding; Groundhog; Chipmunk; Neural transformation
Leaf-eared mouse; Spiny mouse (Heffner, R.S. (157) 138) Neural representation; Neural coding; Auditory system; Neural syn-
chrony; Amplitude and frequency modulation; Voice onset time; Speech;
Hearing Vocalization (Eggermont, J.J. (157) 1)
Estrogen receptor; Inner ear; Human; Fetus; Turner’s syndrome; Gender
(Stenberg, A.E. (157) 87) Organ of Corti
Gap junction; Proteasome; F-box protein; Ubiquitin; Connexin (Henzl,
Hearing loss M.T. (157) 100)
Tinnitus; Auditory brainstem response; Middle latency response; Elderly;
Evoked potential (Gerken, G.M. (157) 52) Ossicle
Tympanic membrane; Middle ear; Pressure (Dirckx, J.J.J. (157) 124)
High-tone hearing loss
Aging; Cochlea; Human; Ultrastructure; Cuticular plate (Scholtz, A.W.
Presbycusis
(157) 77)
Aging; Mitochondrion; Spiral ganglion neuron (Keithley, E.M. (157) 93)
Human
Pressure
Estrogen receptor; Inner ear; Fetus; Hearing; Turner’s syndrome; Gen-
Tympanic membrane; Middle ear; Ossicle (Dirckx, J.J.J. (157) 124)
der (Stenberg, A.E. (157) 87)
Proteasome
High-tone hearing loss; Aging; Cochlea; Ultrastructure; Cuticular plate
Organ of Corti; Gap junction; F-box protein; Ubiquitin; Connexin
(Scholtz, A.W. (157) 77)
(Henzl, M.T. (157) 100)
Immunohistochemistry
Proteoglycan
Cochlea; Basement membrane; Electron microscopy; Proteoglycan (Tsu-
Cochlea; Basement membrane; Immunohistochemistry; Electron micro-
prun, V. (157) 65)
scopy (Tsuprun, V. (157) 65)
Inferior colliculus
Speech
Auditory brainstem response; Tammar wallaby; Development (Liu, G.B.
Neural representation; Neural transformation; Neural coding; Auditory
(157) 112)
system; Neural synchrony; Amplitude and frequency modulation; Voice
onset time; Vocalization (Eggermont, J.J. (157) 1)
Inner ear
Endolymph; Fura-2 method; Guinea pig (Agrup, C. (157) 43)
Spiny mouse
Audiogram; Evolution; Frequency coding; Groundhog; Chipmunk;
Estrogen receptor; Human; Fetus; Hearing; Turner’s syndrome; Gender
Leaf-eared mouse; Hamster (Heffner, R.S. (157) 138)
(Stenberg, A.E. (157) 87)
Spiral ganglion neuron
Leaf-eared mouse
Aging: Mitochondrion; Presbycusis (Keithley, E.M. (157) 93)
Audiogram; Evolution; Frequency coding; Groundhog; Chipmunk;
Hamster; Spiny mouse (Heffner, R.S. (157) 138)
Tammar wallaby
Auditory brainstem response; Inferior colliculus; Development (Liu, G.B.
Middle ear
(157) 112)
Tympanic membrane; Pressure; Ossicle (Dirckx, J.J.J. (157) 124)
Middle latency response Tinnitus
Tinnitus; Auditory brainstem response; Hearing loss; Elderly; Evoked Auditory brainstem response; Middle latency response; Hearing loss; El-
derly; Evoked potential (Gerken, G.M. (157) 52)
potential (Gerken, G.M. (157) 52)
Mitochondrion Turner’s syndrome
Aging; Presbycusis; Spiral ganglion neuron (Keithley, E.M. (157) 93) Estrogen receptor; Inner ear; Human; Fetus; Hearing; Gender (Stenberg,
A.E. (157) 87)
Neural coding
Neural representation; Neural transformation; Auditory system; Neural Tympanic membrane
synchrony; Amplitude and frequency modulation; Voice onset time; Middle ear: Pressure; Ossicle (Dirckx, J.J.J. (157) 124)
Speech; Vocalization (Eggermont, J.J. (157) 1)
Ubiquitin
Neural representation Organ of Corti; Gap junction; Proteasome; F-box protein; Connexin
Neural transformation; Neural coding; Auditory system; Neural syn- (Henzl, M.T. (157) 100)
Subject Index Volume 157
156
Ultrastructure system; Neural synchrony; Amplitude and frequency modulation; Voice
High-tone hearing loss; Aging; Cochlea; Human; Cuticular plate onset time; Speech (Eggermont, J.J. (157) 1)
(Scholtz, A.W. (157) 77)
Voice onset time
Vocalization Neural representation; Neural transformation; Neural coding; Auditory
Neural representation; Neural transformation; Neural coding; Auditory system; Neural synchrony; Amplitude and frequency modulation;
Speech; Vocalization (Eggermont, J.J. (157) 1)