Hearing Research 1994: Vol 77 Index

6 Pages·1994·1.7 MB·English

Sader
RESEARC
Hearing Research 77 (1994) 239-240
Author Index
Agnew, W.F., see McCreery, D.B. (77) 105 Godfrey, D.A., see Chen, K. (77) 168
Albers, F.W.J., see Van Benthem, P.P.G. (77) 9 Gummer, A.W., see Preyer, S. (77) 116
Altschuler, R.A., see Garetz, S.L. (77) 81
Arneric, S.P., see Raza, A. (77) 221 Hemmert, W., see Preyer, S. (77) 116
Henkel, C.K., see Brunso-Bechtold, J.K. (77) 99
Brechtelsbauer, P.B., Nuttall, A.L. and Miller, J.M.
Horner, K., see Cazals, Y. (77) 177
Basal nitric oxide production in regulation of cochlear blood flow
Huizing, E.H., see Van Benthem, P.P.G. (77) 9
(77) 38
Brechtelsbauer, P.B., see Ren, T. (77) 200
Ide, S., see Torihara, K. (77) 69
Brunso-Bechtold, J.K., Linville, M.C. and Henkel, C.K.
Terminal types on ipsilaterally and contralaterally projecting lat-
Jaeger, R.G., Fex, J. and Kachar, B.
eral superior olive cells (77) 99
Structural basis for mechanical transduction in the frog vestibular
Bullara, L.A., see McCreery, D.B. (77) 105
sensory apparatus: II. The role of microtubules in the organiza-
tion of the cuticular plate (77) 207
Caspary, D.M., see Raza, A. (77) 221
Castor, X., Veuillet, E., Morgon, A. and Collet, L.
Influence of aging on active cochlear micromechanical properties Kachar, B., see Jaeger, R.G. (77) 207
Khanna, S.M., see Decraemer, W.F. (77) 19
and on the medial olivocochlear system in humans (77) 1
Cazals, Y., Wu, Z.Y. and Horner, K. Klis, S.F.L., see Van Benthem, P.P.G. (77) 9
Alterations of auditory nerve responses by hypoxia in normal and
hydropic ears of awake guinea pigs (77) 177 Linville, M.C., see Brunso-Bechtold, J.K. (77) 99
Chen, K., Waller, H.J. and Godfrey, D.A.
Cholinergic modulation of spontaneous activity in rat dorsal Mancl, L.R., see Werner, L.A. (77) 88
cochlear nucleus (77) 168 McCreery, D.B., Yuen, T.G.H., Agnew, W.F. and Bullara, L.A.
Collet, L., see Castor, X. (77) 1 Stimulus parameters affecting tissue injury during microstimula-
tion in the cochlear nucleus of the cat (77) 105
Decraemer, W.F., Khanna, S.M. and Funnell, W.R.J. McGee, J.A., see Fitzakerley, J.L. (77) 135
A method for determining three-dimensional vibration in the ear McGee, J.A., see Fitzakerley, J.L. (77) 150
(77) 19 McGee, J.A., see Fitzakerley, J.L. (77) 162
De Wildt, D.J., see Van Benthem, P.P.G. (77) 9
Milbrandt, J.C., see Raza, A. (77) 221
Drescher, D.G., see Pitovski, D.Z. (77) 216
Miller, J.M., see Brechtelsbauer, P.B. (77) 38
Drescher, M.J., see Pitovski, D.Z. (77) 216
Miller, J.M., see Ren, T. (77) 200
Mills, D.M. and Rubel, E.W
Fex, J., see Jaeger, R.G. (77) 207
Variation of distortion product otoacoustic emissions with
Fitzakerley, J.L., McGee, J.A. and Walsh, E.J.
furosemide injection (77) 183
Responses of peripheral auditory neurons to two-tone stimuli
Morgon, A., see Castor, X. (77) 1
during development: I. Correlation with frequency selectivity (77)
Morimitsu, T., see Torihara, K. (77) 69
135
Fitzakerley, J.L., McGee, J.A. and Walsh, E.J.
Nuttall, A.L., see Brechtelsbauer, P.B. (77) 38
Responses of peripheral auditory neurons to two-tone stimuli
Nuttall, A.L., see Ren, T. (77) 200
during development: II. Factors related to neural responsiveness
(77) 150
Pfister, M., see Preyer, S. (77) 116
Fitzakerley, J.L., McGee, J.A. and Walsh, E.J.
Pitovski, D.Z., Drescher, M.J. and Drescher, D.G.
Responses of peripheral auditory neurons to two-tone stimuli
Glucocorticoid receptors in the mammalian inner ear: RU 28362
during development: III. Rate facilitation (77) 162
binding sites (77) 216
Folsom, R.C., see Werner, L.A. (77) 88
Preyer, S., Hemmert, W., Pfister, M., Zenner, H.-P. and Gummer,
Funnell, W.R.J., see Decraemer, W.F. (77) 19
A.W.
Garetz, S.L., Altschuler, R.A. and Schacht, J. Frequency response of mature guinea-pig outer hair cells to
Attenuation of gentamicin ototoxicity by glutathione in the guinea stereociliary displacement (77) 116
pig in vivo (77) 81
Garetz, S.L., Rhee, D.J. and Schacht, J. Raza, A., Milbrandt, J.C., Arneric, $.P. and Caspary, D.M.
Sulfhydryl compounds and antioxidants inhibit cytotoxicity to Age-related changes in brainstem auditory neurotransmitters:
outer hair cells of a gentamicin metabolite in vitro (77) 75 Measures of GABA and acetylcholine function (77) 221
240 Author Index / Hearing Research 77 (1994) 239-240
Ren, T., Brechtelsbauer, P.B., Miller, J.M. and Nuttall, A.L. Van Benthem, P.P.G., Klis, S.F.L., Albers, F.W.J., De Wildt, D.J.,
Cochlear blood flow measured by averaged laser Doppler Veldman, J.E., Huizing, E.H. and Smoorenburg, G.F.
flowmetry (ALDF) (77) 200 The effect of nimodipine on cochlear potentials and Na*t/K*-
Rhee, D.J., see Garetz, S.L. (77) 75 ATPase activity in normal and hydropic cochleas of the albino
Rhode, WS. guinea pig (77) 9
Temporal coding of 200% amplitude modulated signals in the Veldman, J.E., see Van Benthem, P.P.G. (77) 9
ventral cochlear nucleus of cat (77) 43 Veuillet, E., see Castor, X. (77) 1
Rubel, E.W, see Mills, D.M. (77) 183
Schacht, J., see Garetz, S.L. (77) 75
Waller, H.J., see Chen, K. (77) 168
Schacht, J., see Garetz, S.L. (77) 81
Walsh, E.J., see Fitzakerley, J.L. (77) 135
Schmidt, S. and Thaller, J. Walsh, E.J., see Fitzakerley, J.L. (77) 150
Temporal auditory summation in the echolocating bat, Tadarida Walsh, E.J., see Fitzakerley, J.L. (77) 162
brasiliensis (77) 125
Werner, L.A., Folsom, R.C. and Mancl, L.R.
Sheft, S., see Shofner, W.P. (77) 231
The relationship between auditory brainstem response latencies
Shofner, W.P. and Sheft, S.
and behavioral thresholds in normal hearing infants and adults
Detection of bandlimited noise masked by wideband noise in the
(77) 88
chinchilla (77) 231
Wu, Z.Y., see Cazals, Y. (77) 177
Smoorenburg, G.F., see Van Benthem, P.P.G. (77) 9
Suganuma, T., see Torihara, K. (77) 69
Yuen, T.G.H., see McCreery, D.B. (77) 105
Thaller, J., see Schmidt, S. (77) 125
Torihara, K., Suganuma, T., Ide, S. and Morimitsu, T.
Anionic sites in blood capillaries of the mouse cochlear duct (77)
69 Zenner, H.-P., see Preyer, S. (77) 116
Aas SS
Hearing Research 77 (1994) 241-244
Subject Index
Active cochlear mechanics Brain slice
Distortion product otoacoustic emissions; Furosemide; Endocochlear Auditory; Carbachol; Muscarine; Nicotine; Atropine (Chen, K. (77)
potential; Gerbil (Mills, D.M. (77) 183) 168)
Aging Carbachol
Otoacoustic emissions; Distortion product emissions; Efferent olivo- Auditory; Brain slice; Muscarine; Nicotine; Atropine (Chen, K. (77)
cochlear system; Outer hair cells; Micromechanical properties (Cas- 168)
tor, X. (77) 1)
Cat
GABA; GAD; Central auditory; Inferior colliculus; Cochlear nucleus
3-Dimensional; Vibration; Interferometry; Malleus (Decraemer, W.F.
(Raza, A. (77) 221)
(77) 19)
Aminoglycosides
Cochlear nucleus; Electric stimulation; Stimulus parameters; Micro-
Ototoxicity; Protection; Glutathione; Free radicals; Scavengers
electrodes; Microstimulation; Neural damage (injury) (McCreery,
(Garetz, S.L. (77) 75)
D.B. (77) 105)
Ototoxicity; Protection; Glutathione; Free radicals; Scavengers
Cation
(Garetz, S.L. (77) 81)
Poly-L-lysine conjugated colloidal gold; Charge barrier; Electron
microscopy; Lowicryl K4M (Torihara, K. (77) 69)
Amplitude modulation
Cochlear nucleus; Temporal properties; Onset units (Rhode, W.S.
Cell electrical input impedance
(77) 43)
Guinea-pig; Outer hair cell; Mechanoelectrical transduction; Recep-
Atropine tor potential (Preyer, S. (77) 116)
Auditory; Brain slice; Carbachol; Muscarine; Nicotine (Chen, K. (77)
168) Central auditory
GABA; GAD;; Aging; Inferior colliculus; Cochlear nucleus (Raza, A.
Auditory (77) 221)
Brain slice; Carbachol; Muscarine; Nicotine; Atropine (Chen, K. (77)
168) Charge barrier
Poly-L-lysine conjugated colloidal gold; Cation; Electron microscopy;
Auditory nerve Lowicryl K4M (Torihara, K. (77) 69)
Development; Cochlear nuclear complex; Two-tone suppression
(Fitzakerley, J.L. (77) 135) Chinchilla
Noise; Bandwidth; Intensity discrimination (Shofner, W.P. (77) 231)
Development; Cochlear nuclear complex; Two-tone suppression
(Fitzakerley, J.L. (77) 150)
Cochlea
Auditory nerve potential; Hypoxia; Endolymphatic hydrops (Cazals,
Development; Cochlear nuclear complex; Two-tone suppression
Y. (77) 177)
(Fitzakerley, J.L. (77) 162)
Glucocorticoid; Receptors; Na,K-ATPase; Vestibule (Pitovski, D.Z.
Auditory nerve potential
(77) 216)
Hypoxia; Cochlea; Endolymphatic hydrops (Cazals, Y. (77) 177)
Cochlear blood flow
Auditory pathway
Microcirculation; Laser Doppler flowmetry; Signal averaging; Pulse
Lateral superior olive; Laterality; Synapse; Ferret; Ultrastructure
blood flow; Pulse blood pressure (Ren, T. (77) 200)
(Brunso-Bechtold, J.K. (77) 99)
Cochlear nuclear complex
Bandwidth
Development; Auditory nerve; Two-tone suppression (Fitzakerley,
Chinchilla; Noise; Intensity discrimination (Shofner, W.P. (77) 231)
J.L. (77) 135)
Bat
Psychophysics; Temporal summation; Masked auditory threshold Development; Auditory nerve; Two-tone suppression (Fitzakerley,
(Schmidt, S. (77) 125) J.L. (77) 150)
242 Subject Index / Hearing Research 77 (1994) 241-244
Development; Auditory nerve; Two-tone suppression (Fitzakerley, Endolymphatic hydrops
J.L. (77) 162) Auditory nerve potential; Hypoxia; Cochlea (Cazals, Y. (77) 177)
Cochlear nucleus Evoked potentials
Temporal properties; Onset units; Amplitude modulation (Rhode, Hearing; Development; Human; Psychophysics (Werner, L.A. (77)
W.S. (77) 43) 88)
Cats; Electric stimulation; Stimulus parameters; Microelectrodes; Experimental endolymphatic hydrops
Microstimulation; Neural damage (injury) (McCreery, D.B. (77) 105) Electrocochleography; Na*/K*-ATPase; Nimodipine (Van Bent-
hem, P.P.G. (77) 9)
GABA; GAD; Aging; Central auditory; Inferior colliculus (Raza, A.
(77) 221) Ferret
Lateral superior olive; Laterality; Synapse; Ultrastructure; Auditory
Compound action potential pathway (Brunso-Bechtold, J.K. (77) 99)
Guinea Pig; Ng-nitro-L-arginine; L-arginine (Brechtelsbauer, P.B.
(77) 38)
Free radicals
Aminoglycosides; Ototoxicity; Protection; Glutathione; Scavengers
Cuticular plate (Garetz, S.L. (77) 75)
Microtubules; Microtubule-associated proteins; Mechanical trans-
duction; Vestibular sensory macula; Frog vestibular sensory organ
Aminoglycosides; Ototoxicity; Protection; Glutathione; Scavengers
(Jaeger, R.G. (77) 207)
(Garetz, S.L. (77) 81)
Development
Frog vestibular sensory organ
Hearing; Human; Evoked potentials; Psychophysics (Werner, L.A.
Microtubules; Microtubule-associated proteins; Cuticular plate; Me-
(77) 88)
chanical transduction; Vestibular sensory macula (Jaeger, R.G. (77)
207)
Auditory nerve; Cochlear nuclear complex; Two-tone suppression
(Fitzakerley, J.L. (77) 135)
Furosemide
Distortion product otoacoustic emissions; Active cochlear mechanics;
Auditory nerve; Cochlear nuclear complex; Two-tone suppression
Endocochlear potential; Gerbil (Mills, D.M. (77) 183)
(Fitzakerley, J.L. (77) 150)
GABA
Auditory nerve; Cochlear nuclear complex; Two-tone suppression
GAD; Aging; Central auditory; Inferior colliculus; Cochlear nucleus
(Fitzakerley, J.L. (77) 162)
(Raza, A. (77) 221)
3-Dimensional
GAD
Vibration; Interferometry; Malleus; Cat (Decraemer, W.F. (77) 19)
GABA; Aging; Central auditory; Inferior colliculus; Cochlear nu-
cleus (Raza, A. (77) 221)
Distortion product emissions
Otoacoustic emissions; Efferent olivocochlear system; Aging; Outer
Gerbil
hair cells; Micromechanical properties (Castor, X. (77) 1)
Distortion product otoacoustic emissions; Furosemide; Active
cochlear mechanics; Endocochlear potential (Mills, D.M. (77) 183)
Distortion product otoacoustic emissions
Furosemide; Active cochlear mechanics; Endocochlear potential;
Glucocorticoid
Gerbil (Mills, D.M. (77) 183)
Receptors; Na,K-ATPase; Cochlea; Vestibule (Pitovski, D.Z. (77)
216)
Efferent olivocochlear system
Otoacoustic emissions; Distortion product emissions; Aging; Outer
hair cells; Micromechanical properties (Castor, X. (77) 1) Glutathione
Aminoglycosides; Ototoxicity; Protection; Free radicals; Scavengers
(Garetz, S.L. (77) 75)
Electric stimulation
Cats; Cochlear nucleus; Stimulus parameters; Microelectrodes; Mi-
crostimulation; Neural damage (injury) (McCreery, D.B. (77) 105) Aminoglycosides; Ototoxicity; Protection; Free radicals; Scavengers
(Garetz, S.L. (77) 81)
Electrocochleography
Experimenta! endolymphatic hydrops; Na*/K*-ATPase; Nimodip- Guinea pig
ine (Van Benthem, P.P.G. (77) 9) Ng-nitro-L-arginine; L-arginine; Compound action potential (Brech-
telsbauer, P.B. (77) 38)
Electron microscopy
Poly-L-lysine conjugated colloidal gold; Cation; Charge barrier; Outer hair cell; Mechanoelectrical transduction; Receptor potential;
Lowicryl K4M (Torihara, K. (77) 69) Cell electrical input impedance (Preyer, S. (77) 116)
Endocochlear potential Hearing
Distortion product otoacoustic emissions; Furosemide; Active Development; Human; Evoked potentials; Psychophysics (Werner,
cochlear mechanics; Gerbil (Mills, D.M. (77) 183) L.A. (77) 88)
Subject Index / Hearing Research 77 (1994) 241-244
Human Microstimulation
Hearing; Development; Evoked potentials; Psychophysics (Werner, Cats; Cochlear nucleus; Electric stimulation; Stimulus parameters;
L.A. (77) 88) Microelectrodes; Neural damage (injury) (McCreery, D.B. (77) 105)
Hypoxia Microtubule-associated proteins
Auditory nerve potential; Cochlea; Endolymphatic hydrops (Cazals, Microtubules; Cuticular plate; Mechanical transduction; Vestibular
Y. (77) 177) sensory macula; Frog vestibular sensory organ (Jaeger, R.G. (77) 207)
Inferior colliculus
Microtubules
GABA; GAD; Aging; Central auditory; Cochlear nucleus (Raza, A.
Microtubule-associated proteins; Cuticular plate; Mechanical trans-
(77) 221)
duction; Vestibular sensory macula; Frog vestibular sensory organ
(Jaeger, R.G. (77) 207)
Intensity discrimination
Chinchilla; Noise; Bandwidth (Shofner, W.P. (77) 231)
Muscarine
Auditory; Brain slice; Carbachol; Nicotine; Atropine (Chen, K. (77)
Interferometry
168)
3-Dimensional; Vibration; Malleus; Cat (Decraemer, W.F. (77) 19)
Na */K *-ATPase
L-arginine
Experimental endolymphatic hydrops; Electrocochleography; Ni-
Guinea Pig; Ng-nitro-L-arginine; Compound action potential
modipine (Van Benthem, P.P.G. (77) 9)
(Brechtelsbauer, P.B. (77) 38)
Glucocorticoid; Receptors; Cochlea; Vestibule (Pitovski, D.Z. (77)
Laser Doppler flowmetry
216)
Microcirculation; Cochlear blood flow; Signal averaging; Pulse blood
flow; Pulse blood pressure (Ren, T. (77) 200)
Neural damage (injury)
Cats; Cochlear nucleus; Electric stimulation; Stimulus parameters;
Laterality
Microelectrodes; Microstimulation (McCreery, D.B. (77) 105)
Lateral superior olive; Synapse; Ferret; Ultrastructure; Auditory
pathway (Brunso-Bechtold, J.K. (77) 99)
Ng-nitro-L-arginine
Lateral superior olive Guinea Pig; L-arginine; Compound action potential (Brechtelsbauer,
Laterality; Synapse; Ferret; Ultrastructure; Auditory pathway P.B. (77) 38)
(Brunso-Bechtold, J.K. (77) 99)
Nicotine
Lowicry] K4M Auditory; Brain slice; Carbachol; Muscarine; Atropine (Chen, K. (77)
Poly-L-lysine conjugated colloidal gold; Cation; Charge barrier; Elec- 168)
tron microscopy (Torihara, K. (77) 69)
Nimodipine
Malleus Experimental endolymphatic hydrops; Electrocochleography;
3-Dimensional; Vibration; Interferometry; Cat (Decraemer, W.F. Nat /K*-ATPase (Van Benthem, P.P.G. (77) 9)
(77) 19)
Noise
Masked auditory threshold Chinchilla; Bandwidth; Intensity discrimination (Shofner, W.P. (77)
Psychophysics; Temporal summation; Bat (Schmidt, S. (77) 125)
231)
Mechanical transduction
Onset units
Microtubules; Microtubule-associated proteins; Cuticular plate;
Cochlear nucleus; Temporal properties; Amplitude modulation
Vestibular sensory macula; Frog vestibular sensory organ (Jaeger,
(Rhode, WS. (77) 43)
R.G. (77) 207)
Otoacoustic emissions
Mechanoelectrical transduction
Distortion product emissions; Efferent olivocochlear system; Aging;
Guinea-pig; Outer hair cell; Receptor potential; Cell electrical input
Outer hair cells; Micromechanical properties (Castor, X. (77) 1)
impedance (Preyer, S. (77) 116)
Ototoxicity
Microcirculation
Aminoglycosides; Protection; Glutathione; Free radicals; Scavengers
Cochlear blood flow; Laser Doppler flowmetry; Signal averaging;
(Garetz, S.L. (77) 75)
Pulse blood flow; Pulse blood pressure (Ren, T. (77) 200)
Aminoglycosides; Protection; Glutathione; Free radicals; Scavengers
Microelectrodes
(Garetz, S.L. (77) 81)
Cats; Cochlear nucleus; Electric stimulation; Stimulus parameters;
Microstimulation; Neural damage (injury) (McCreery, D.B. (77) 105)
Outer hair cell
Micromechanical properties Otoacoustic emissions; Distortion product emissions; Efferent olivo-
Otoacoustic emissions; Distortion product emissions; Efferent olivo- cochlear system; Aging; Micromechanical properties (Castor, X.
cochlear system; Aging; Outer hair cells (Castor, X. (77) 1) (77) 1)
244 Subject Index / Hearing Research 77 (1994) 241-244
Guinea-pig; Mechanoelectrical transduction; Receptor potential; Cell Signal averaging
electrical input impedance (Preyer, S. (77) 116) Microcirculation; Cochlear blood flow; Laser Doppler flowmetry;
Pulse blood flow; Pulse blood pressure (Ren, T. (77) 200)
Poly-L-lysine conjugated colloidal gold
Stimulus parameters
Cation; Charge barrier; Electron microscopy; Lowicryl K4M
Cats; Cochlear nucleus; Electric stimulation; Microelectrodes; Mi-
(Torihara, K. (77) 69)
crostimulation; Neural damage (injury) (McCreery, D.B. (77) 105)
Protection
Synapse
Aminoglycosides; Ototoxicity; Glutathione; Free radicals; Scavengers
Lateral superior olive; Laterality; Ferret; Ultrastructure; Auditory
(Garetz, S.L. (77) 75)
pathway (Brunso-Bechtold, J.K. (77) 99)
Aminoglycosides; Ototoxicity; Glutathione; Free radicals; Scavengers Temporal properties
(Garetz, S.L. (77) 81) Cochlear nucleus; Onset units; Amplitude modulation (Rhode, W.S.
(77) 43)
Psychophysics
Hearing; Development; Human; Evoked potentials (Werner, L.A. Temporal summation
(77) 88) Psychophysics; Masked auditory threshold; Bat (Schmidt, S. (77) 125)
Two-tone suppression
Temporal summation; Masked auditory threshold; Bat (Schmidt, S.
Development; Auditory nerve; Cochlear nuclear complex (Fitzaker-
(77) 125)
ley, J.L. (77) 135)
Pulse blood flow
Development; Auditory nerve; Cochlear nuclear complex (Fitzaker-
Microcirculation; Cochlear blood flow; Laser Doppler flowmetry;
ley, J.L. (77) 150)
Signal averaging; Pulse blood pressure (Ren, T. (77) 200)
Development; Auditory nerve; Cochlear nuclear complex (Fitzaker-
Pulse blood pressure
ley, J.L. (77) 162)
Microcirculation; Cochlear blood flow; Laser Doppler flowmetry;
Signal averaging; Pulse blood flow (Ren, T. (77) 200) Ultrastructure
Lateral superior olive; Laterality; Synapse; Ferret; Auditory pathway
Receptor potential (Brunso-Bechtold, J.K. (77) 99)
Guinea-pig; Outer hair cell; Mechanoelectrical transduction; Cell
electrical input impedance (Preyer, S. (77) 116) Vestibular sensory macula
Microtubules; Microtubule-associated proteins; Cuticular plate; Me-
chanical transduction; Frog vestibular sensory organ (Jaeger, R.G.
Receptors
(77) 207)
Glucocorticoid; Na,K-ATPase; Cochlea; Vestibule (Pitovski, D.Z.
(77) 216)
Vestibule
Glucocorticoid; Receptors; Na,K-ATPase; Cochlea (Pitovski, D.Z.
Scavengers
(77) 216)
Aminoglycosides; Ototoxicity; Protection; Glutathione; Free radicals
(Garetz, S.L. (77) 75) Vibration
3-Dimensional; Interferometry; Malleus; Cat (Decraemer, W.F. (77)
Aminoglycosides; Ototoxicity; Protection; Glutathione; Free radicals 19)
(Garetz, S.L. (77) 81)