Table Of ContentR Hearing Research 75 (1994) 259-260
Author Index
Arumae, U., see Pirvola, U. (75) 131 Housley, G.D., Batcher, S., Kraft, M. and Ryan, A.F.
Nicotinic acetylcholine receptor subunits expressed in rat cochlea
Backoff, P.M., see Palombi, P.S. (75) 175 detected by the polymerase chain reaction (75) 47
Batcher, S., see Housley, G.D. (75) 47 Hussl, B., see Kong, W.-J. (75) 191
Berglund, A.M. and Brown, M.C.
Central trajectories of type II spiral ganglion cells from various Ibrahim, D., see Takeno, S. (75) 93
cochlear regions in mice (75) 121
Brix, J., Fischer, F.P. and Manley, G.A. Jaboulay, J.M., see Froehlich, P. (75) 184
The cuticular plate of the hair cell in relation to morphological Johnson, A.-C. and Canlon, B.
gradients of the chicken basilar papilla (75) 244 Progressive hair cell loss induced by toluene exposure (75) 201
Brown, M.C., see Berglund, A.M. (75) 121 Johnson, G.A., see Henson, M.M. (75) 75
Canlon, B., see Johnson, A.-C. (75) 201 Klis, $.F.L. and Smoorenburg, G.F.
Caspary, D.M., see Palombi, P.S. (75) 175 Osmotically induced pressure difference in the cochlea and its
Chays, A., see Scharf, B. (75) 11 effect on cochlear potentials (75) 114
Cheatham, M.A. and Dallos, P. Kong, W.-J., Egg, G., Hussl, B., Spoendlin, H. and Schrott-Fischer,
Stimulus biasing: A comparison between cochlear hair cell and A.
organ of corti response patterns (75) 103 Localization of chat-like immunoreactivity in the vestibular en-
Chole, R.A. and Tinling, S.P. dorgans of the rat (75) 191
Bone lining cells of the mammalian cochlea (75) 233 Kraft, M., see Housley, G.D. (75) 47
Collet, L., see Froehlich, P. (75) 184 Kronomer, K., see Guth, P.S. (75) 225
Collet, L., see Scharf, B. (75) 11
Lonsbury-Martin, B.L., see Sutton, L.A. (75) 161
Curtis, L.M., see Ten Cate, W.-J.F. (75) 151
Magnan, J., see Scharf, B. (75) 11
Dallos, P., see Cheatham, M.A. (75) 103
Manley, G.A., see Brix, J. (75) 244
Duclaux, R., see Froehlich, P. (75) 184
Martin, G.K., see Sutton, L.A. (75) 161
Dunn, A., see Guth, P.S. (75) 225
Middlebrooks, J.C., see Slattery II], W.H. (75) 38
Moody, D.B., see Niemiec, A.J. (75) 209
Egg, G., see Kong, W.-J. (75) 191
Morgon, A., see Froehlich, P. (75) 184
Moshnyakov, M., see Pirvola, U. (75) 131
Ferber, C., see Froehlich, P. (75) 184 Mount, R.J., see Takeno, S. (75) 93
Fischer, F.P., see Brix, J. (75) 244 Murakami, Y., see Saitoh, Y. (75) 27
Froehlich, P., Ferber, C., Remond, J., Jaboulay, J.M., Morgon, A.,
Duclaux, R. and Collet, L.
Niemiec, A.J., Raphael, Y. and Moody, D.B.
Lack of association between transiently evoked otoacoustic emis- Return of auditory function following structural regeneration
sion amplitude and experimentation linked-factors (repeated after acoustic trauma: Behavioral measures from quail (75) 209
acoustic stimulation, cerebrospinal fluid pressure, supine and Norris, C.H., see Guth, P.S. (75) 225
sitting positions, alertness level) (75) 184
Palgi, J., see Pirvola, U. (75) 131
Geal-Dor, M., see Sohmer, H. (75) 145 Palombi, P.S., Backoff, P.M. and Caspary, D.M.
Gewalt, S.L., see Henson, M.M. (75) 75 Paired tone facilitation in dorsal cochlear nucleus neurons: A
Guth, P.S., Dunn, A., Kronomer, K. and Norris, C.H. short-term potentiation model testable in vivo (75) 175
The cholinergic pharmacology of the frog saccule (75) 225 Pirvola, U., Arumae, U., Moshnyakov, M., Palgi, J., Saarma, M. and
Ylikoski, J.
Harrison, R.V., see Takeno, S. (75) 93 Coordinated expression and function of neurotrophins and their
Henson, Jr, O.W., see Xie, D.H. (75) 61 receptors in the rat inner ear during target innervation (75) 131
Henson, Jr., O.W., see Henson, M.M. (75) 75 Popelar, J., see Syka, J. (75) 1
Henson, M.M., Henson, Jr., O.W., Gewalt, S.L., Wilson, J.L. and
Johnson, G.A. Raphael, Y., see Niemiec, A.J. (75) 209
Imaging the cochlea by magnetic resonance microscopy (75) 75 Rarey, K.E., see Ten Cate, W.-J.F. (75) 151
Henson, M.M., see Xie, D.H. (75) 61 Remond, J., see Froehlich, P. (75) 184
Hosokawa, M., see Saitoh, Y. (75) 27 Ryan, A.F., see Housley, G.D. (75) 47
260 Author Index / Hearing Research 75 (1994) 259-260
Saarma, M., see Pirvola, U. (75) 131 Syka, J. and Popelar, J.
Saitoh, Y., Hosokawa, M., Shimada, A., Watanabe, Y., Yasuda, N., Modulation of thresholds to acoustical and electrical stimulation
Takeda, T. and Murakami, Y. of the intact ear in guinea pig by furosemide and noise (75) 1
Age-related hearing impairment in senescence-accelerated mouse
(SAM) (75) 27 Takeda, T., see Saitoh, Y. (75) 27
Salmelin, R., see Sams, M. (75) 67 Takeno, S., Harrison, R.V., Ibrahim, D., Wake, M. and Mount, R.J.
Sams, M. and Salmelin, R. Cochlear function after selective inner hair cell degeneration
Evidence of sharp frequency tuning in the human auditory cortex induced by carboplatin (75) 93
(75) 67 Ten Cate, W.-J.F., Curtis, L.M. and Rarey, K.E.
Scharf, B., Magnan, J., Collet, L., Ulmer, E. and Chays, A. Na,K-ATPase a and B subunit isoform distribution in the rat
On the role of the olivocochlear bundle in hearing: A case study cochlear and vestibular tissues (75) 151
(75) 11 Tinling, S.P., see Chole, R.A. (75) 233
Schrott-Fischer, A., see Kong, W.-J. (75) 191
Ulmer, E., see Scharf, B. (75) 11
Shimada, A., see Saitoh, Y. (75) 27
Slapnick, $.M., see Sobkowicz, H.M. (75) 81
Wake, M., see Takeno, S. (75) 93
Slattery III], W.H. and Middlebrooks, J.C.
Walsh, M.E. and Webster, D.B.
Monaural sound localization: Acute versus chronic unilateral
Exogenous GM1 ganglioside effects on conductive and sen-
impairment (75) 38
sorineural hearing losses (75) 54
Smoorenburg, G.F., see Klis, S.F.L. (75) 114
Watanabe, Y., see Saitoh, Y. (75) 27
Sobkowicz, H.M. and Slapnick, S.M.
Webster, D.B., see Walsh, M.E. (75) 54
The efferents interconnecting auditory inner hair cells (75) 81
Weinstein, D., see Sohmer, H. (75) 145
Sohmer, H., Geal-Dor, M. and Weinstein, D.
Whitehead, M.L., see Sutton, L.A. (75) 161
Human fetal auditory threshold improvement during maternal
Wilson, J.L., see Henson, M.M. (75) 75
oxygen respiration (75) 145
Spoendlin, H., see Kong, W.-J. (75) 191 Xie, D.H., Henson, M.M. and Henson, Jr, O.W.
Sutton, L.A., Lonsbury-Martin, B.L., Martin, G.K. and Whitehead, AChE-staining of type II ganglion cells, processes and terminals
M.L. in the cochlea of the mustached bat (75) 61
Sensitivity of distortion-product otoacoustic emissions in humans
to tonal over-exposure: Time course of recovery and effects of Yasuda, N., see Saitoh, Y. (75) 27
lowering L, (75) 161 Ylikoski, J., see Pirvola, U. (75) 131
Ss Se
ELSEVIER
Hearing Research 75 (1994) 261-264
Subject Index
Acetylcholine Carboplatin
Saccule; Cholinergic; Frog; Afferent; Efferent (Guth, P.S. (75) 225) Organ of Corti; Chinchilla; Cochlear action potentials; Cochlear
microphonics (Takeno, S. (75) 93)
Acetylcholine (ACh)
Choline acetyltransferase (ChAT); Immunocytochemistry; Light and CBA/J mice
electron microscopy; Vestibular sensory periphery (Kong, W.-J. (75) GM1 ganglioside; Spiral ganglion; Cochlear nuclei; Octopus cells;
191) Globular cells; Spherical cells (Walsh, M.E. (75) 54)
Acetylcholinesterase Cerebrospinal fluid pressure
Mustached bat; Type II ganglion cells; AChE (Xie, D.H. (75) 61) Transiently evoked otoacoustic emissions; Circadian rhythm; Sleep;
Attention; Time effect (Froehlich, P. (75) 184)
AChE
Mustached bat; Type II ganglion cells; Acetylcholinesterase (Xie, Chinchilla
D.H. (75) 61) Carboplatin; Organ of Corti; Cochlear action potentials; Cochlear
microphonics (Takeno, S. (75) 93)
Afferent
Cochlear nucleus; Outer hair cells (Berglund, A.M. (75) 121) Potentiation; DCN; Fusiform cell (Palombi, P.S. (75) 175)
Saccule; Cholinergic; Frog; Acetylcholine; Efferent (Guth, P.S. (75) Choline acetyltransferase (ChAT)
225) Acetylcholine (ACh); Immunocytochemistry; Light and electron mi-
croscopy; Vestibular sensory periphery (Kong, W.-J. (75) 191)
Animal psychophysics
Cholinergic
Regeneration; Recovery; Noise damage; Hair cells (Niemiec, A.J.
Saccule; Frog; Acetylcholine; Afferent; Efferent (Guth, P.S. (75) 225)
(75) 209)
Circadian rhythm
Attention
Transiently evoked otoacoustic emissions; Cerebrospinal fluid pres-
Transiently evoked otoacoustic emissions; Circadian rhythm; Cere-
sure; Sleep; Attention; Time effect (Froehlich, P. (75) 184)
brospinal fluid pressure; Sleep; Time effect (Froehlich, P. (75) 184)
Cochlea
Auditory
Nicotinic acetylcholine receptor; Polymerase chain reaction; Effer-
Cochlea; Morphology; Ototoxicity; Outer hair cells; Phalloidin; Rats;
ent; cDNA; mRNA (Housley, G.D. (75) 47)
SEM; Solvent (Johnson, A.-C. (75) 201)
Magnetic resonance microscopy; MRI (Henson, M.M. (75) 75)
Auditory brainst resp , ABR
Senescence-accelerated mouse, SAM; Presbycusis; Spiral ganglion Auditory; Morphology; Ototoxicity; Outer hair cells; Phalloidin; Rats;
(Saitoh, Y. (75) 27) SEM; Solvent (Johnson, A.-C. (75) 201)
Auditory filters Bone; Bone lining cells; Calcium (Chole, R.A. (75) 233)
Magnetoencephalography; MEG; Pitch; Evoked responses; Masking;
Frequency selectivity (Sams, M. (75) 67) Bird; Hair cell; Cuticular plate (Brix, J. (75) 244)
Bird Cochlear action potentials
Cochlea; Hair cell; Cuticular plate (Brix, J. (75) 244) Carboplatin; Organ of Corti; Chinchilla; Cochlear microphonics
(Takeno, S. (75) 93)
Bone
Cochlea; Bone lining cells; Calcium (Chole, R.A. (75) 233) Cochlear hair cells
Cochlear potentials; Organ of Corti; Stimulus biasing; Two-tone
Bone lining cells suppression (Cheatham, M.A. (75) 103)
Cochlea; Bone; Calcium (Chole, R.A. (75) 233)
Cochlear microphonics
Calcium Carboplatin; Organ of Corti; Chinchilla; Cochlear action potentials
Cochlea; Bone; Bone lining cells (Chole, R.A. (75) 233) (Takeno, S. (75) 93)
262 Subject Index / Hearing Research 75 (1994) 261-264
Osmolality; Summating potential; Compound action potential; Hy- Frequency selectivity
drops (Klis, $.F.L. (75) 114) Magnetoencephalography; MEG; Pitch; Evoked responses; Masking;
Auditory filters (Sams, M. (75) 67)
Cochlear nuclei
GM1 ganglioside; Spiral ganglion; Octopus cells; Globular cells; Frog
Spherical cells; CBA/J mice (Walsh, M.E. (75) 54) Saccule; Cholinergic; Acetylcholine; Afferent; Efferent (Guth, P.S.
(75) 225)
Cochlear nucleus
Outer hair cells; Afferent (Berglund, A.M. (75) 121) Fusiform cell
Potentiation; Chinchilla; DCN (Palombi, P.S. (75) 175)
Cochlear potentials
Cochlear hair cells; Organ of Corti; Stimulus biasing; Two-tone Globular cells
suppression (Cheatham, M.A. (75) 103) GMI ganglioside; Spiral ganglion; Cochlear nuclei; Octopus cells;
Spherical cells; CBA/J mice (Walsh, M.E. (75) 54)
Cochleovestibular ganglion
Neurotrophic system; Neuritogenesis; Neuronal survival; Otic vesicle GM1 ganglioside
(Pirvola, U. (75) 131) Spiral ganglion; Cochlear nuclei; Octopus cells; Globular cells;
Spherical cells; CBA/J mice (Walsh, M.E. (75) 54)
Compound action potential
Osmolality; Summating potential; Cochlear microphonics; Hydrops Guinea pig
(Klis, S.F.L. (75) 114) Inner ear; Electrical stimulation; Electrophonic effect; Middle la-
tency responses (Syka, J. (75) 1)
Cuticular plate
Bird; Cochlea; Hair cell (Brix, J. (75) 244) Hair cell
Bird; Cochlea; Cuticular plate (Brix, J. (75) 244)
DCN
Potentiation; Chinchilla; Fusiform cell (Palombi, P.S. (75) 175) Hair cells
Regeneration; Recovery; Noise damage; Animal psychophysics
cDNA (Niemiec, A.J. (75) 209)
Nicotinic acetylcholine receptor; Polymerase chain reaction; Cochlea;
Efferent; mRNA (Housley, G.D. (75) 47) Head-related transfer function
Sound localization; Monaural hearing (Slattery III, W.H. (75) 38)
Efferent
Nicotinic acetylcholine receptor; Polymerase chain reaction; Cochlea; Humans
cDNA; mRNA (Housley, G.D. (75) 47) Tonal over-exposure; 2f,-—f, distortion-product otoacoustic emis-
sions; Temporary-threshold shift; Susceptibility (Sutton, L.A. (75)
Saccule; Cholinergic; Frog; Acetylcholine; Afferent (Guth, P.S. (75) 161)
225)
Hydrops
Efferent endings Osmolality; Summating potential; Compound action potential;
Inner hair cells; Organ of Corti (Sobkowicz, H.M. (75) 81) Cochlear microphonics (Klis, S.F.L. (75) 114)
Efferent system Immunocytochemistry
Olivocochlear bundle; Selective attention; Signal detection in noise; Endolymph microhomeostasis; Ion transport (Ten Cate, W.-J.F. (75)
Méniére’s disease (Scharf, B. (75) 11) 151)
Electrical stimulation Acetylcholine (ACh); Choline acetyltransferase (ChAT); Light and
Inner ear; Electrophonic effect; Guinea pig; Middle latency re- electron microscopy; Vestibular sensory periphery (Kong, W.-J. (75)
sponses (Syka, J. (75) 1) 191)
Electrophonic effect Inner ear
Inner ear; Electrical stimulation; Guinea pig; Middle latency re- Electrical stimulation; Electrophonic effect; Guinea pig; Middle la-
sponses (Syka, J. (75) 1) tency responses (Syka, J. (75) 1)
Endolymph microhomeostasis Inner hair cells
Immunocytochemistry; Ion transport (Ten Cate, W.-J.F. (75) 151) Efferent endings; Organ of Corti (Sobkowicz, H.M. (75) 81)
Evoked responses Ion transport
Magnetoencephalography; MEG; Pitch; Masking; Auditory filters; Endolymph microhomeostasis; Immunocytochemistry (Ten Cate, W.-
Frequency selectivity (Sams, M. (75) 67) SF. C75) 151)
Fetus Light and electron microscopy
Threshold; Neonate; Oxygen; Sensori-neural (Sohmer, H. (75) 145) Acetylcholine (ACh); Choline acetyltransferase (ChAT); Immunocy-
tochemistry; Vestibular sensory periphery (Kong, W.-J. (75) 191)
2f,-f, distortion-product otoacoustic emissions
Tonal over-exposure; Temporary-threshold shift; Susceptibility; Hu- Magnetic resonance microscopy
mans (Sutton, L.A. (75) 161) Cochlea; MRI (Henson, M.M. (75) 75)
Subject Index / Hearing Research 75 (1994) 261-264
Magnetoencephalography Organ of Corti
MEG; Pitch; Evoked responses; Masking; Auditory filters; Fre- Efferent endings; Inner hair cells (Sobkowicz, H.M. (75) 81)
quency selectivity (Sams, M. (75) 67)
Carboplatin; Chinchilla; Cochlear action potentials; Cochlear micro-
Masking phonics (Takeno, S. (75) 93)
Magnetoencephalography; MEG; Pitch; Evoked responses; Auditory
filters; Frequency selectivity (Sams, M. (75) 67) Cochlear hair cells; Cochlear potentials; Stimulus biasing; Two-tone
suppression (Cheatham, M.A. (75) 103)
MEG
Osmolality
Magnetoencephalography; Pitch; Evoked responses; Masking; Audi-
tory filters; Frequency selectivity (Sams, M. (75) 67) Summating potential; Compound action potential; Cochlear micro-
phonics; Hydrops (Klis, $.F.L. (75) 114)
Méniere’s disease
Otic vesicle
Efferent system; Olivocochlear bundle; Selective attention; Signal
Neurotrophic system; Neuritogenesis; Neuronal survival;
detection in noise (Scharf, B. (75) 11)
Cochleovestibular ganglion (Pirvola, U. (75) 131)
Middle latency responses Ototoxicity
Inner ear; Electrical stimulation; Electrophonic effect; Guinea pig Auditory; Cochlea; Morphology; Outer hair cells; Phalloidin; Rats;
(Syka, J. (75) 1) SEM; Solvent (Johnson, A.-C. (75) 201)
Monaural hearing Outer hair cells
Sound localization; Head-related transfer function (Slattery III, W.H. Cochlear nucleus; Afferent (Berglund, A.M. (75) 121)
(75) 38)
Auditory; Cochlea; Morphology; Ototoxicity; Phalloidin; Rats; SEM;
Morphology Solvent (Johnson, A.-C. (75) 201)
Auditory; Cochlea; Ototoxicity; Outer hair cells; Phalloidin; Rats;
SEM; Solvent (Johnson, A.-C. (75) 201) Oxygen
Threshold; Fetus; Neonate; Sensori-neural (Sohmer, H. (75) 145)
MRI
Phalloidin
Cochlea; Magnetic resonance microscopy (Henson, M.M. (75) 75)
Auditory; Cochlea; Morphology; Ototoxicity; Outer hair cells; Rats;
SEM; Solvent (Johnson, A.-C. (75) 201)
Mustached bat
Type II ganglion cells; Acetylcholinesterase; AChE (Xie, D.H. (75)
Pitch
61)
Magnetoencephalography; MEG; Evoked responses; Masking; Audi-
tory filters; Frequency selectivity (Sams, M. (75) 67)
Neonate
Threshold; Fetus; Oxygen; Sensori-neural (Sohmer, H. (75) 145) Polymerase chain reaction
Nicotinic acetylcholine receptor; Cochlea; Efferent; cDNA; mRNA
Neuritogenesis (Housley, G.D. (75) 47)
Neurotrophic system; Neuronal survival; Cochleovestibular ganglion;
Otic vesicle (Pirvola, U. (75) 131) Potentiation
Chinchilla; DCN; Fusiform cell (Palombi, P.S. (75) 175)
Neuronal survival
Neurotrophic system; Neuritogenesis; Cochleovestibular ganglion; Presbycusis
Otic vesicle (Pirvola, U. (75) 131) Senescence-accelerated mouse, SAM; Auditory brainstem response,
ABR; Spiral ganglion (Saitoh, Y. (75) 27)
Neurotrophic system
Neuritogenesis; Neuronal survival; Cochleovestibular ganglion; Otic Rats
vesicle (Pirvola, U. (75) 131) Auditory; Cochlea; Morphology; Ototoxicity; Outer hair cells; Phal-
loidin; SEM; Solvent (Johnson, A.-C. (75) 201)
Nicotinic acetylcholine receptor
Recovery
Polymerase chain reaction; Cochlea; Efferent; cDNA; mRNA (Hous-
Regeneration; Noise damage; Hair cells; Animal psychophysics
ley, G.D. (75) 47)
(Niemiec, A.J. (75) 209)
Noise damage Regeneration
Regeneration; Recovery; Hair cells; Animal psychophysics (Niemiec, Recovery; Noise damage; Hair cells; Animal psychophysics (Niemiec,
A.J. (75) 209) A.J. (75) 209)
Octopus cells mRNA
GMI ganglioside; Spiral ganglion; Cochlear nuclei; Globular cells; Nicotinic acetylcholine receptor; Polymerase chain reaction; Cochlea;
Spherical cells; CBA/J mice (Walsh, M.E. (75) 54) Efferent; cDNA (Housley, G.D. (75) 47)
Olivocochlear bundle Saccule
Efferent system; Selective attention; Signal detection in noise; Cholinergic; Frog; Acetylcholine; Afferent; Efferent (Guth, P.S. (75)
Méniére’s disease (Scharf, B. (75) 11) 225)
264 Subject Index / Hearing Research 75 (1994) 261-264
Selective attention Stimulus biasing
Efferent system; Olivocochlear bundle; Signal detection in noise; Cochlear hair cells; Cochlear potentials; Organ of Corti; Two-tone
Méniére’s disease (Scharf, B. (75) 11) suppression (Cheatham, M.A. (75) 103)
SEM Summating potential
Auditory; Cochlea; Morphology; Ototoxicity; Outer hair cells; Phal- Osmolality; Compound action potential; Cochlear microphonics; Hy-
loidin; Rats; Solvent (Johnson, A.-C. (75) 201) drops (Klis, S.F.L. (75) 114)
Senescence-accelerated mouse, SAM Susceptibility
Presbycusis; Auditory brainstem response, ABR; Spiral ganglion Tonal over-exposure; 2f,;—f, distortion-product otoacoustic emis-
(Saitoh, Y. (75) 27) sions; Temporary-threshold shift; Humans (Sutton, L.A. (75) 161)
Sensori-neural Temporary-threshold shift
Threshold; Fetus; Neonate; Oxygen (Sohmer, H. (75) 145) Tonal over-exposure; 2f,-f, distortion-product otoacoustic emis-
sions; Susceptibility; Humans (Sutton, L.A. (75) 161)
Signal detection in noise
Efferent system; Olivocochlear bundle; Selective attention; Méniére’s Threshold
disease (Scharf, B. (75) 11) Fetus; Neonate; Oxygen; Sensori-neural (Sohmer, H. (75) 145)
Sleep Time effect
Transiently evoked otoacoustic emissions; Circadian rhythm; Cere- Transiently evoked otoacoustic emissions; Circadian rhythm; Cere-
brospinal fluid pressure; Attention; Time effect (Froehlich, P. (75) brospinal fluid pressure; Sleep; Attention (Froehlich, P. (75) 184)
184)
Tonal over-exposure
Solvent 2f,-f, distortion-product otoacoustic emissions; Temporary-
Auditory; Cochlea; Morphology; Ototoxicity; Outer hair cells; Phal- threshold shift; Susceptibility; Humans (Sutton, L.A. (75) 161)
loidin; Rats; SEM (Johnson, A.-C. (75) 201)
Transiently evoked otoacoustic emissions
Sound localization Circadian rhythm; Cerebrospinal fluid pressure; Sleep; Attention;
Monaural hearing; Head-related transfer function (Slattery III, W.H. Time effect (Froehlich, P. (75) 184)
(75) 38)
Two-tone suppression
Spherical cells Cochlear hair cells; Cochlear potentials; Organ of Corti; Stimulus
GM1 ganglioside; Spiral ganglion; Cochlear nuclei; Octopus cells; biasing (Cheatham, M.A. (75) 103)
Globular cells; CBA/J mice (Walsh, M.E. (75) 54)
Type II ganglion cells
Spiral ganglion Mustached bat; Acetylcholinesterase; AChE (Xie, D.H. (75) 61)
Senescence-accelerated mouse, SAM; Presbycusis; Auditory brain-
stem response, ABR (Saitoh, Y. (75) 27) Vestibular sensory periphery
Acetylcholine (ACh); Choline acetyltransferase (ChAT); Immunocy-
GM1 ganglioside; Cochlear nuclei; Octopus cells; Globular cells; tochemistry; Light and electron microscopy (Kong, W.-J. (75) 191)
Spherical cells; CBA/J mice (Walsh, M.E. (75) 54)
