Hearing Research 2003: Vol 178 Index

5 Pages·2003·0.87 MB·English

ELSEVIER
Author
M
undin D28K
e Glueckert, R
ver, A., see Glueckert
see Withnell, R.H
see Glueckert, R. (17
e Glueckert, R. (1
M.-J. (178
ek, G ee Glueckert
R.H.. Shaffer, L.A
DPOAEs
doi: 10.1016/S0378-5955(03 jO0089-3

ELSEVIER
Subject Index Volume 178
aiD calcium channel Crista ampullaris
Inner ear: V
I
Amplitude modulation Degeneration
Hur psychophy
proces (Mi
Audiogram Development
( ptera; Ech
(ys
Auditory cortex Distortion-product otoacoustic emission
Carboplatin:|
Bromodeo xy uridine
Eccentric rotation
Re erat I
Ot tt S
Echolocation
Calbindin D28K
i
Calcium
Chinchilla
Eph receptor
Ephrin: Co
oward, M.A
Evoked potential
Audiogram; Chiroptera; Echolocation; Evolution; Mamm
1 7
1/8) }
Cochlear compression Evolution
Temporal envelope; Second Audiogram; Chiroptera: Echolocation; Mammal; Evoked .p o t ential
hearing loss: Non-linearity (Fi (Koay, G. (178) 27)
doi: 10.1016/S0378-5955(03 )00090-X
Eve counter-rotation Noise-induced hearing loss
Otolith a ecer k 8) 5 ( H P
Gentamicin Non-linearity
Hair cell
Otoconia
Human psychophysics
‘ = Otolith asymmetry
M
Inner ear Outer hair cell
Inner hair cell loss
Mi
Regeneration
Knockout mice
Saccule
Knockout mouse
| \
Second-order amplitude modulation
i -Arginine
oO
Sensorineural hearing loss
Lizard
IR
Temporal envelope
Viammal '
\
K
Masking level difference Temporal processing
Vlodulation masking
\
Viotility Vestibular system
©)
Vlouse
I:
\ oltage-gated ion channel
1)
Nitric oxide
()