Hearing Research 1991 - 1992: Vol 57 Index

7 Pages·1.2 MB·English

Author Index
Altschuler, R.A., see Ptok, M. (57) 79 Knipschild, M., Dérrscheidt, G.J. and Riibsamen, R.
Altschuler, R.A., see Pujol, R. (57) 129 Setting complex tasks to single units in the avian auditory fore-
Anniko, M., see Berggren, D. (57) 195 brain. I: Processing of complex artificial stimuli (57) 216
Aran, J.-M., see Hiel, H. (57) 157 Knipschild, M., see Schafer, M. (57) 231
Avan, P. and Bonfils, P.
Analysis of possible interactions of an attentional task with Levine, R.A. and Davis, P.J.
cochlear micromechanics (57) 269 Origin of the click-evoked binaural interaction potential, B, of
humans (57) 121
Berggren, D., Van De Water, T.R. and Anniko, M. Lynch III, T.J., see Peake, W.T. (57) 245
Age-dependent disruption of basal lamina and extracellular ma-
trix formation in L-proline analog treated otic explants (57) 195 Manley, G.A., Kaiser, A., Brix, J. and Gleich, O.
Bohrer, P.S., see Roberson, D.F. (57) 166 Activity patterns of primary auditory-nerve fibres in chickens:
Bonfils, P., see Avan, P. (57) 269 Development of fundamental properties (57) 1
Brix, J., see Manley, G.A. (57) 1 McE\veen, Jr.,, J.T., see Saunders, J.E. (57) 276
Miller, J.M., see Shone, G. (57) 153
Caird, D.M., Palmer, A.R. and Rees, A. Moody, D.B., see Prosen, C.A. (57) 142
Binaural masking level difference effects in single units of the Miller, M. and Robertson, D.
guinea pig inferior colliculus (57) 91 Relationship between tone burst discharge pattern and sponta-
Carey, T.E., see Ptok, M. (57) 79 neous firing rate of auditory nerve fibres in the guinea pig (57) 63
Cefaratti, L.K., see Zwislocki, J.J. (57) 175 Miller, M. and Robertson, D.
Coling, D.E. and Schacht, J. Shapes of rate-versus-level functions of primary auditory nerve
Protein phosphorylation in the organ of Corti: Differential regu- fibres: Test of the basilar membrane mechanical hypothesis (57)
lation by second messengers between base and apex (57) 113 71
Conlee, J.W. and Shapiro, S.M.
Morphological changes in the cochlear nucleus and nucleus of Nair, T.S., see Ptok, M. (57) 79
the trapezoid body in Gunn rat pups (57) 23 Nguyen-Than-Dao, B., see Gil-Loyzaga, P. (57) 38
Conlee, J.W., see Shapiro, S.M. (57) 16 Niedzielski, A.S. and Schacht, J.
Phospholipid metabolism in the cochlea: Differences between
Davis, P.J., see Levine, R.A. (57) 121 base and apex (57) 107
Dorrscheidt, G.J., see Knipschild, M. (57) 216
Dorrscheidt, G.J., see Schafer, M. (57) 231 Palmer, A.R., see Caird, D.M. (57) 91
Dulon, D., see Hiel, H. (57) 157 Peake, W.T., Rosowski, J.J. and Lynch III, T-.J.
Dulon, D., see Pujol, R. (57) 129 Middle-ear transmission: Acoustic versus ossicular coupling in cat
and human (57) 245
Eggermont, J.J. Prosen, C.A. and Moody, D.B.
Maturational aspects of periodicity coding in cat primary auditory Low-frequency detection and discrimination following apical hair
cortex (57) 45 cell destruction (57) 142
Emmanual, J., see Saunders, J.E. (57) 276 Ptok, M., Nair, T.S., Altschuler, R.A., Schacht, J. and Carey, T.E.
Erre, J.-P., see Hiel, H. (57) 157 Monoclonal antibodies to inner ear antigens: I] Antigens ex-
pressed in sensory celi stereocilia (57) 79
Flock, A., see Ulfendahl, M. (57) 31 Pujol, R., Zajic, G., Dulon, D., Raphael, Y., Altschuler, R.A. and
Schacht, J.
Gabrion, J., see Gil-Loyzaga, P. (57) 38 First appearance and development of motile properties in outer
Gil-Loyzaga, P., Gabrion, J., Remezal, M., Nguyen-Than-Dao, B. hair cells isolated from guinea-pig cochlea (57) 129
and Uziel, A.
Incorporation of D-[*H]-glucosamine and L-[?H]-fucose into the Raphael, Y., see Pujol, R. (57) 129
developing rat cochlea (57) 38 Raphael, Y., see Shone, G. (57) 153
Gleich, O., see Manley, G.A. (57) 1 Rees, A., see Caird, D.M. (57) 91
Remezal, M., see Gil-Loyzaga, P. (57) 38
Hayashida, T., see Hiel, H. (57) 157 Roberson, D.F., Weisleder, P., Bohrer, P.S. and Rubel, E.W.
Hiel, H., Schamel, A., Erre, J.-P., Hayashida, T., Dulon, D. and Ongoing production of sensory cells in the vestibular epithelium
Aran, J.-M. of the chick (57) 166
Cellular and subcellular localization of tritiated gentamicin in the Robertson, D., see Miller, M. (57) 63
guinea pig cochlea following combined treatment with ethacrynic Robertson, D., see Miller, M. (57) 71
acid (57) 157 Rosowski, J.J., see Peake, W.T. (57) 245
Rubel, E.W., see Roberson, D.F. (57) 166
Kaiser, A., see Manley, G.A. (57) 1 Riibsamen, R., see Knipschild, M. (57) 216
Khanna, S.M., see Ulfendahl, M. (57) 31 Riibsamen, R., see Schafer, M. (57) 231
284
Saunders, J.E., Emmanual, J. and McElveen, Jr.,, J.T. Slepecky, N.B., see Zwislocki, J.J. (57) 175
Triple fluorochrome labeling of cochlear bone growth (57) 276 Smith, R.L., see Zwislocki, J.J. (57) 175
Schacht, J., see Coling, D.E. (57) 113
Schacht, J., see Niedzielski, A.S. (57) 107 Ulfendahl, M., Khanna, S.M. and Flock, A.
Schacht, J., see Ptok, M. (57) 79 Effects of opening and resealing the cochlea on the mechanical
Schacht, J., see Pujol, R. (57) 129 response in the isolated temporal bone preparation (57) 31
Schafer, M., Ribsamen, R., D6rrscheidt, G.J. and Knipschild, M. Ulfendahl, M., see Slepecky, N.B. (57) 201
Setting complex tasks to single units in the avian auditory fore- Uziel, A., see Gil-Loyzaga, P. (57) 38
brain. II: Do we really need natural stimuli to describe neuronal
response characteristics? (57) 231 Van De Water, T.R., see Berggren, D. (57) 195
Schamel, A., see Hiel, H. (57) 157
Shapiro, $.M. and Conlee, J.W. Weisleder, P., see Roberson, D.F. (57) 166
Brainstem auditory evoked potentials correlate with morphologi-
cal changes in Gunn rat pups (57) 16 Yates, G.K.
Shapiro, S.M., see Conlee, J.W. (57) 23 Auditory-nerve spontaneous rates vary predictably with threshold
Shone, G., Raphael, Y. and Miller, J.M. (57) 57
Hereditary deafness occurring in cd/1 mice (57) 153
Slepecky, N.B. and Ulfendahl, M. Zajic, G., see Pujol, R. (57) 129
Actin-binding and microtubule-associated proteins in the organ Zwislocki, J.J., Slepecky, N.B., Cefaratti, L.K. and Smith, R.L.
of Corti (57) 201 Ionic coupling among cells in the organ of Corti (57) 175
Subject Index
Abnormal middle ears European starling; Auditory forebrain; Feature detection; Species-
Middle ear; Cochlear windows; Models (Peake, W.T. (57) 245) specific sound stimuli; Reverse correlation (Schafer, M. (57) 231)
ABR Avian
Mice; Genetic; Deafness; Cochlea (Shone, G. (57) 153) Vestibular system; Hair cell; Cell proliferation; *H-thymidine; Bro-
modeoxyuridine (Roberson, D.F. (57) 166)
Actin
Inner ear; Hair cell; Tubulin; Actin-binding proteins; MAPs; Tau; Basal lamina
Freeze-dry (Slepecky, N.B. (57) 201) In vitro; Otic anlage; L-azetidine-2-carboxylic acid; Extracellular ma-
trix; Collagen (Berggren, D. (57) 195)
Actin-binding proteins
Inner ear; Hair cell; Actin; Tubulin; MAPs; Tau; Freeze-dry Basilar membrane nonlinearity
(Slepecky, N.B. (57) 201) Auditory nerve fibre; Rate-versus-level function (Miiller, M. (57) 71)
Aminoglycoside antibiotics Bilirubin encephalopathy
Autoradiography; Hair cells; Loop diuretics; Lysosomes; Ototoxicity;
Brainstem auditory evoked potentials; Hearing loss; Hyperbilirubine-
Villth nerve action potential (Hiel, H. (57) 157)
mia; Jaundice; Kernicterus; Trapezoid body; Cochlear nucleus; Su-
perior olive (Shapiro, S.M. (57) 16)
AMP, cyclic
Inner ear; Organ of Corti; Protein kinases; Protein phosphatases;
Brainstem auditory evoked potentials; Hearing loss; Hyperbilirubine-
Phosphorylation; Second messengers; Calmodulin; GMP, cyclic; Cal-
mia; Jaundice; Kernicterus; Trapezoid body; Cochlear nucleus; Su-
cium; Lipids (Coling, D.E. (57) 113) perior olive (Conlee, J.W. (57) 23)
Auditory cortex
Binaural interaction
Cat; Single unit; Maturation; Click-train stimuli; Modulation transfer
Brainstem auditory evoked potentials; Derived potentials; Masking;
functions; Entrainment; Vector strength (Eggermont, J.J. (57) 45)
Click polarity (Levine, R.A. (57) 121)
Auditory forebrain
Binaural masking
Aves; European starling; Complex stimuli; Reverse correlation; Phase
locking (Knipschild, M. (57) 216) Guinea-pig; Inferior colliculus; Single cell recording; Interaural de-
lays (Caird, D.M. (57) 91)
Aves; European starling; Feature detection; Species-specific sound
stimuli; Reverse correlation (Schafer, M. (57) 231) Bird
Development; Chicken; Primary auditory neurones; Cochlear gan-
glion; Auditory physiology (Manley, G.A. (57) 1)
Auditory nerve fibre
Guinea pig; Onset response; PSTH; Spontaneous firing rate (Miiller,
M. (57) 63) Brainstem auditory evoked potentials
Bilirubin encephalopathy; Hearing loss; Hyperbilirubinemia; Jaun-
dice; Kernicterus; Trapezoid body; Cochlear nucleus; Superior olive
Rate-versus-level function; Basilar membrane nonlinearity (Miller,
M. (57) 71) (Shapiro, S.M. (57) 16)
Auditory physiology Bilirubin encephalopathy; Hearing loss; Hyperbilirubinemia; Jaun-
Development; Chicken; Primary auditory neurones; Cochlear gan- dice; Kernicterus; Trapezoid body; Cochlear nucleus; Superior olive
glion; Bird (Manley, G.A. (57) 1) (Conlee, J.W. (57) 23)
Auditory threshold Binaural interaction; Derived potentials; Masking; Click polarity
Spontaneous rate; Rate-intensity functions; Inner hair cell; Synapse (Levine, R.A. (57) 121)
(Yates, G.K. (57) 57)
Bromodeoxyuridine
Autoradiography Vestibular system; Hair cell; Avian; Cell proliferation; *H-thymidine
Aminoglycoside antibiotics; Hair cells; Loop diuretics; Lysosomes; (Roberson, D.F. (57) 166)
Ototoxicity; VIIIth nerve action potential (Hiel, H. (57) 157)
Calcium
Aves Inner ear; Organ of Corti; Protein kinases; Protein phosphatases;
European starling; Auditory forebrain; Complex stimuli; Reverse Phosphorylation; Second messengers; Calmodulin; AMP, cyclic;
correlation; Phase locking (Knipschild, M. (57) 216) GMP, cyclic; Lipids (Coling, D.E. (57) 113)
286
Calmodulin Cochlear windows
Inner ear; Organ of Corti; Protein kinases; Protein phosphatases; Middle ear; Models; Abnormal middle ears (Peake, W.T. (57) 245)
Phosphorylation; Second messengers; AMP, cyclic; GMP, cyclic;
Calcium; Lipids (Coling, D.E. (57) 113) Collagen
In vitro; Otic anlage; L-azetidine-2-carboxylic acid; Extracellular ma-
Cat trix; Basal lamina (Berggren, D. (57) 195)
Auditory cortex; Single unit; Maturation; Click-train stimuli; Modu-
lation transfer functions; Entrainment; Vector strength (Eggermont,
Complex stimuli
J.J. (57) 45)
Aves; European starling; Auditory forebrain; Reverse correlation;
Phase locking (Knipschild, M. (57) 216)
Cell proliferation
Vestibular system; Hair cell; Avian; *H-thymidine; Bromodeoxyuri-
Deafness
dine (Roberson, D.F. (57) 166)
Mice; Genetic; Cochlea; ABR (Shone, G. (57) 153)
Chicken
Development; Primary auditory neurones; Cochlear ganglion; Audi- Derived potentials
tory physiology; Bird (Manley, G.A. (57) 1) Brainstem auditory evoked potentials; Binaural interaction; Masking;
Click polarity (Levine, R.A. (57) 121)
Click polarity
Brainstem auditory evoked potentials; Binaural interaction; Derived Development
potentials; Masking (Levine, R.A. (57) 121) Chicken; Primary auditory neurones; Cochlear ganglion; Auditory
physiology; Bird (Manley, G.A. (57) 1)
Click-train stimuli
Cat; Auditory cortex; Single unit; Maturation; Modulation transfer Tectorial membrane; p-Glucosamine; 1-Fucose; Radioautography
functions; Entrainment; Vector strength (Eggermont, J.J. (57) 45) (Gil-Loyzaga, P. (57) 38)
Cochlea Efferent pathways
Monoclonal antibodies; Hair cells; Stereocilia (Ptok, M. (57) 79) Cochlear mechanics; Otoacoustic emissions; Selective attention
(Avan, P. (57) 269)
Organ of Corti; Stria vascularis; Phosphatidylcholine; Phosphatidy-
linositol; Second messengers (Niedzielski, A.S. (57) 107)
Electrical potentials
Cochlea; Hair cells; Supporting cells; Gap junctions (Zwislocki, J.J.
Mice; Genetic; Deafness; ABR (Shone, G. (57) 153)
(57) 175)
Hair cells; Supporting cells; Electrical potentials; Gap junctions
(Zwislocki, J.J. (57) 175) Entrainment
Cat; Auditory cortex; Single unit; Maturation; Click-train stimuli;
Cochlear apex Modulation transfer functions; Vector strength (Eggermont, J.J. (57)
Low-frequency hearing; Frequency discrimination; Frequency selec- 45)
tivity; High-pass masking (Prosen, C.A. (57) 142)
European starling
Cochlear development Aves; Auditory forebrain; Complex stimuli; Reverse correlation;
Outer hair cell motilities; Outer hair cell ultrastructure (Pujol, R. Phase locking (Knipschild, M. (57) 216)
(57) 129)
Aves; Auditory forebrain; Feature detection; Species-specific sound
Cochlear ganglion stimuli; Reverse correlation (Schafer, M. (57) 231)
Development; Chicken; Primary auditory neurones; Auditory physi-
ology; Bird (Manley, G.A. (57) 1) Extracellular matrix
In vitro; Otic anlage; L-azetidine-2-carboxylic acid; Collagen; Basal
Cochlear Implantation lamina (Berggren, D. (57) 195)
Osteoneogenesis; Histochemical Analysis; Guinea Pig (Saunders,
J.E. (57) 276)
Feature detection
Aves; European starling; Auditory forebrain; Species-specific sound
Cochlear mechanics
stimuli; Reverse correlation (Schafer, M. (57) 231)
Organ of Corti; Hair cell; Micromechanics (Ulfendahl, M. (57) 31)
Freeze-dry
Otoacoustic emissions; Efferent pathways; Selective attention (Avan,
Inner ear; Hair cell; Actin; Tubulin; Actin-binding proteins; MAPs;
P. (57) 269)
Tau (Slepecky, N.B. (57) 201)
Cochlear nucleus
Bilirubin encephalopathy; Brainstem auditory evoked potentials; Frequency discrimination
Hearing loss; Hyperbilirubinemia; Jaundice; Kernicterus; Trapezoid Cochlear apex; Low-frequency hearing; Frequency selectivity; High-
body; Superior olive (Shapiro, $.M. (57) 16) pass masking (Prosen, C.A. (57) 142)
Bilirubin encephalopathy; Brainstem auditory evoked potentials; Frequency selectivity
Hearing loss; Hyperbilirubinemia; Jaundice; Kernicterus; Trapezoid Cochlear apex; Low-frequency hearing; Frequency discrimination;
body; Superior olive (Conlee, J.W. (57) 23) High-pass masking (Prosen, C.A. (57) 142)
L-Fucose 3H-thymidine
Tectorial membrane; Development; p-Glucosamine; Radioautogra- Vestibular system; Hair cell; Avian; Cell proliferation; Bromo-
phy (Gil-Loyzaga, P. (57) 38) deoxyuridine (Roberson, D.F. (57) 166)
Gap junctions Hyperbilirubinemia
Cochlea; Hair cells; Supporting cells; Electrical potentials (Zwislocki, Bilirubin encephalopathy; Brainstem auditory evoked potentials;
J.J. (57) 175) Hearing loss; Jaundice; Kernicterus; Trapezoid body; Cochlear nu-
cleus; Superior olive (Shapiro, S.M. (57) 16)
Genetic
Mice; Deafness; Cochlea; ABR (Shone, G. (57) 153) Bilirubin encephalopathy; Brainstem auditory evoked potentials;
Hearing loss; Jaundice; Kernicterus; Trapezoid body; Cochlear nu-
p-Glucosamine cleus; Superior olive (Conlee, J.W. (57) 23)
Tectorial membrane; Development; t-Fucose; Radioautography
(Gil-Loyzaga, P. (57) 38) Inferior colliculus
Guinea-pig; Single cell recording; Interaural delays; Binaural mask-
GMP, cyclic ing (Caird, D.M. (57) 91)
Inner ear; Organ of Corti; Protein kinases; Protein phosphatases;
Phosphorylation; Second messengers; Calmodulin; AMP, cyclic; Cal- Inner ear
cium; Lipids (Coling, D.E. (57) 113) Organ of Corti; Protein kinases; Protein phosphatases; Phosphoryla-
tion; Second messengers; Calmodulin; AMP, cyclic; GMP, cyclic;
Guinea pig Calcium; Lipids (Coling, D.E. (57) 113)
Auditory nerve fibre; Onset response; PSTH; Spontaneous firing
rate (Miller, M. (57) 63) Hair cell; Actin; Tubulin; Actin-binding proteins; MAPs; Tau;
Freeze-dry (Slepecky, N.B. (57) 201)
Guinea-pig
Inferior colliculus; Single cell recording; Interaural delays; Binaural Inner hair cell
masking (Caird, D.M. (57) 91) Spontaneous rate; Auditory threshold; Rate-intensity functions;
Synapse (Yates, G.K. (57) 57)
Guinea Pig
Cochlear Implantation; Osteoneogenesis; Histochemical Analysis Interaural delays
(Saunders, J.E. (57) 276) Guinea-pig; Inferior colliculus; Single cell recording; Binaural mask-
ing (Caird, D.M. (57) 91)
Hair cell
Cochlear mechanics; Organ of Corti; Micromechanics (Ulfendahl, M. In vitro
(57) 31) Otic anlage; L-azetidine-2-carboxylic acid; Extracellular matrix; Col-
lagen; Basal lamina (Berggren, D. (57) 195)
Vestibular system; Avian; Cell proliferation; *H-thymidine; Bromo-
deoxyuridine (Roberson, D.F. (57) 166) Jaundice
Bilirubin encephalopathy; Brainstem auditory evoked potentials;
Inner ear; Actin; Tubulin; Actin-binding proteins; MAPs; Tau; Hearing loss; Hyperbilirubinemia; Kernicterus; Trapezoid body;
Freeze-dry (Slepecky, N.B. (57) 201) Cochlear nucleus; Superior olive (Shapiro, S.M. (57) 16)
Hair cells Bilirubin encephalopathy; Brainstem auditory evoked potentials;
Cochlea; Monoclonal antibodies; Stereocilia (Ptok, M. (57) 79) Hearing loss; Hyperbilirubinemia; Kernicterus; Trapezoid body;
Cochlear nucleus; Superior olive (Conlee, J.W. (57) 23)
Aminoglycoside antibiotics; Autoradiography; Loop diuretics; Lyso-
somes; Ototoxicity; VIIIth nerve action potential (Hiel, H. (57) 157) Kernicterus
Bilirubin encephalopathy; Brainstem auditory evoked potentials;
Cochlea; Supporting cells; Electrical potentials; Gap junctions Hearing loss; Hyperbilirubinemia; Jaundice; Trapezoid body;
(Zwislocki, J.J. (57) 175) Cochlear nucleus; Superior olive (Shapiro, $.M. (57) 16)
Hearing loss Bilirubin encephalopathy; Brainstem auditory evoked potentials;
Bilirubin encephalopathy; Brainstem auditory evoked potentials; Hy- Hearing loss; Hyperbilirubinemia; Jaundice; Trapezoid body;
perbilirubinemia; Jaundice; Kernicterus; Trapezoid body; Cochlear Cochlear nucleus; Superior olive (Conlee, J.W. (57) 23)
nucleus; Superior olive (Shapiro, S.M. (57) 16)
L-azetidine-2-carboxylic acid
Bilirubin encephalopathy; Brainstem auditory evoked potentials; Hy- In vitro; Otic anlage; Extracellular matrix; Collagen; Basal lamina
perbilirubinemia; Jaundice; Kernicterus; Trapezoid body; Cochlear (Berggren, D. (57) 195)
nucleus; Superior olive (Conlee, J.W. (57) 23)
Lipids
High-pass masking Inner ear; Organ of Corti; Protein kinases; Protein phosphatases;
Cochlear apex; Low-frequency hearing; Frequency discrimination; Phosphorylation; Second messengers; Calmodulin; AMP, cyclic;
Frequency selectivity (Prosen, C.A. (57) 142) GMP, cyclic; Calcium (Coling, D.E. (57) 113)
Histochemical Analysis Loop diuretics
Cochlear Implantation; Osteoneogenesis; Guinea Pig (Saunders, J.E. Aminoglycoside antibiotics; Autoradiography; Hair cells; Lysosomes;
(57) 276) Ototoxicity; VIIIth nerve action potential (Hiel, H. (57) 157)
288
Low-frequency hearing Otoacoustic emissions
Cochlear apex; Frequency discrimination; Frequency selectivity; Cochlear mechanics; Efferent pathways; Selective attention (Avan, P.
High-pass masking (Prosen, C.A. (57) 142) (57) 269)
Lysosomes Ototoxicity
Aminoglycoside antibiotics; Autoradiography; Hair cells; Loop di- Aminoglycoside antibiotics; Autoradiography; Hair cells; Loop di-
uretics; Ototoxicity; VIIIth nerve action potential (Hiel, H. (57) 157) uretics; Lysosomes; VIIIth nerve action potential (Hiel, H. (57) 157)
MAPs Outer hair cell motilities
Inner ear; Hair cell; Actin; Tubulin; Actin-binding proteins; Tau; Cochlear development; Outer hair cell ultrastructure (Pujol, R. (57)
Freeze-dry (Slepecky, N.B. (57) 201) 129)
Masking Outer hair cell ultrastructure
Brainstem auditory evoked potentials; Binaural interaction; Derived Cochlear development; Outer hair cell motilities (Pujol, R. (57) 129)
potentials; Click polarity (Levine, R.A. (57) 121)
Phase locking
Maturation Aves; European starling; Auditory forebrain; Complex stimuli; Re-
Cat; Auditory cortex; Single unit; Click-train stimuli; Modulation verse correlation (Knipschild, M. (57) 216)
transfer functions; Entrainment; Vector strength (Eggermont, J.J.
(57) 45) Phosphatidylcholine
Cochlea; Organ of Corti; Stria vascularis; Phosphatidylinositol; Sec-
Mice ond messengers (Niedzielski, A.S. (57) 107)
Genetic: Deafness; Cochlea; ABR (Shone, G. (57) 153)
Phosphatidylinositol
Micromechanics Cochlea; Organ of Corti; Stria vascularis; Phosphatidylcholine; Sec-
Cochlear mechanics; Organ of Corti; Hair cell (Ulfendahl, M. (57) ond messengers (Niedzielski, A.S. (57) 107)
31)
Phosphorylation
Middle ear Inner ear; Organ of Corti; Protein kinases; Protein phosphatases;
Cochlear windows; Models; Abnormal middle ears (Peake, W.T. (57) Second messengers; Calmodulin; AMP, cyclic; GMP, cyclic; Calcium;
245) Lipids (Coling, D.E. (57) 113)
Models Primary auditory neurones
Middle ear; Cochlear windows; Abnormal middle ears (Peake, W.T. Development; Chicken; Cochlear ganglion; Auditory physiology; Bird
(57) 245) (Manley, G.A. (57) 1)
Modulation transfer functions Protein kinases
Cat; Auditory cortex; Single unit; Maturation; Click-train stimuli; Inner ear; Organ of Corti; Protein phosphatases; Phosphorylation;
Entrainment; Vector strength (Eggermont, J.J. (57) 45) Second messengers; Calmodulin; AMP, cyclic; GMP, cyclic; Calcium;
Lipids (Coling, D.E. (57) 113)
Monoclonal antibodies
Cochlea; Hair cells; Stereocilia (Ptok, M. (57) 79) Protein phosphatases
Inner ear; Organ of Corti; Protein kinases; Phosphorylation; Second
Onset response messengers; Calmodulin; AMP, cyclic; GMP, cyclic; Calcium; Lipids
Auditory nerve fibre; Guinea pig; PSTH; Spontaneous firing rate (Coling, D.E. (57) 113)
(Miiller, M. (57) 63)
PSTH
Organ of Corti Auditory nerve fibre; Guinea pig; Onset response; Spontaneous
Cochlear mechanics; Hair cell; Micromechanics (Ulfendahl, M. (57) firing rate (Miiller, M. (57) 63)
31)
Radioautography
Cochlea; Stria vascularis; Phosphatidylcholine; Phosphatidylinositol; Tectorial membrane; Development; p-Glucosamine; L-Fucose (Gil-
Second messengers (Niedzielski, A.S. (57) 107) Loyzaga, P. (57) 38)
Inner ear; Protein kinases; Protein phosphatases; Phosphorylation; Rate-intensity functions
Second messengers; Calmodulin; AMP, cyclic; GMP, cyclic; Calcium; Spontaneous rate; Auditory threshold; Inner hair cell; Synapse
Lipids (Coling, D.E. (57) 113) (Yates, G.K. (57) 57)
Osteoneogenesis Rate-versus-level function
Cochlear Implantation; Histochemical Analysis; Guinea Pig Auditory nerve fibre; Basilar membrane nonlinearity (Miller, M.
(Saunders, J.E. (57) 276) (57) 71)
Otic anlage Reverse correlation
In vitro; L-azetidine-2-carboxylic acid; Extracellular matrix; Collagen; Aves; European starling; Auditory forebrain; Complex stimuli; Phase
Basal lamina (Berggren, D. (57) 195) locking (Knipschild, M. (57) 216)
289
Aves; European starling; Auditory forebrain; Feature detection; Bilirubin encephalopathy; Brainstem auditory evoked potentials;
Species-specific sound stimuli (Schafer, M. (57) 231) Hearing loss; Hyperbilirubinemia; Jaundice; Kernicterus; Trapezoid
body; Cochlear nucleus (Conlee, J.W. (57) 23)
Second messengers
Cochlea; Organ of Corti; Stria vascularis; Phosphatidylcholine; Phos- Supporting cells
phatidylinositol (Niedzielski, A.S. (57) 107) Cochlea; Hair cells; Electrical potentials; Gap junctions (Zwislocki,
J.J. (57) 175)
Inner ear; Organ of Corti; Protein kinases; Protein phosphatases;
Phosphorylation; Calmodulin; AMP, cyclic; GMP, cyclic; Calcium;
Synapse
Lipids (Coling, D.E. (57) 113)
Spontaneous rate; Auditory threshold; Rate-intensity functions; In-
ner hair cell (Yates, G.K. (57) 57)
Selective attention
Cochlear mechanics; Otoacoustic emissions; Efferent pathways
Tau
(Avan, P. (57) 269)
Inner ear; Hair cell; Actin; Tubulin; Actin-binding proteins; MAPs;
Freeze-dry (Slepecky, N.B. (57) 201)
Single cell recording
Guinea-pig; Inferior colliculus; Interaural delays; Binaural masking
(Caird, D.M. (57) 91) Tectorial membrane
Development; p-Glucosamine; 1-Fucose; Radioautography (Gil-
Loyzaga, P. (57) 38)
Single unit
Cat; Auditory cortex; Maturation; Click-train stimuli; Modulation
transfer functions; Entrainment; Vector strength (Eggermont, J.J. Trapezoid body
(57) 45) Bilirubin encephalopathy; Brainstem auditory evoked potentials;
Hearing loss; Hyperbilirubinemia; Jaundice; Kernicterus; Cochlear
Species-specific sound stimuli nucleus; Superior olive (Shapiro, $.M. (57) 16)
Aves; European starling; Auditory forebrain; Feature detection; Re-
verse correlation (Schafer, M. (57) 231) Bilirubin encephalopathy; Brainstem auditory evoked potentials;
Hearing loss; Hyperbilirubinemia; Jaundice; Kernicterus; Cochlear
Spontaneous firing rate nucleus; Superior olive (Conlee, J.W. (57) 23)
Auditory nerve fibre; Guinea pig; Onset response; PSTH (Miller, M.
(57) 63)
Tubulin
Inner ear; Hair cell; Actin; Actin-binding proteins; MAPs; Tau;
Spontaneous rate Freeze-dry (Slepecky, N.B. (57) 201)
Auditory threshold; Rate-intensity functions; Inner hair cell; Synapse
(Yates, G.K. (57) 57)
Vector strength
Cat; Auditory cortex; Single unit; Maturation; Click-train stimuli;
Stereocilia
Modulation transfer functions; Entrainment (Eggermont, J.J. (57) 45)
Cochlea; Monoclonal antibodies; Hair cells (Ptok, M. (57) 79)
Vestibular system
Stria vascularis
Hair cell; Avian; Cell proliferation; *H-thymidine; Bromodeoxyuri-
Cochlea; Organ of Corti; Phosphatidylcholine; Phosphatidylinositol;
dine (Roberson, D.F. (57) 166)
Second messengers (Niedzielski, A.S. (57) 107)
Superior olive VIllth nerve action potential
Bilirubin encephalopathy; Brainstem auditory evoked potentials; Aminoglycoside antibiotics; Autoradiography; Hair cells; Loop di-
Hearing loss; Hyperbilirubinemia; Jaundice; Kernicterus; Trapezoid uretics; Lysosomes; Ototoxicity (Hiel, H. (57) 157)
body; Cochlear nucleus (Shapiro, S.M. (57) 16)