Hearing Research 2004: Vol 187 Index

2004·0.67 MB·English

ELSEVIER Hearing Research 187 (2004) 135
Author Index Volume 187
ee Kit
W.H.A.M
W.H.A.M
J KR
ELSEVIER
Subject Index Volume 187
Actin filament Cortical lattice
Adverse reaction Echo threshold
Cis] Oo xicit ) it (7 k | . P>r ecede" nce
Air conduction Fenestration
Fibrocyte
Atomic force microscope
BK «
(
Fusion
Barrier
shne
Gerbil
Binaural difference BK channe
Binaural intera n teraural tir de eonate irst 7. (18
Binaural interaction Hair cell
interaural time dela eonate 1 ! tlerence (Furst ( ) 63 Bone
I
BK channel
Inactivation
BK cl
)
Bone conduction
Air conductiot — . ‘ : — Inferior colliculus
cell (Sohmer, H
Cisplatin
Inner ear
lig
Claudin
: interaural time delay
ght junction: Innet
Clinical evaluation of hearing function K-recycli.n g
Middle-ear function; Tympanic membrane ve ty (Whittemore Jr.. K.R
BK char
(187) 85) R7) 35)
Cochlear nuclear complex Middle-ear function
Superior olivary complex; Inferior colliculus hal t ortex o-€ Ivn yanic memo!|
kephalin (Aguilar, L.A. (187) 111)
Cortex
Cochlear iclear complex; Superio
Thalamus; Pro-enkephalin (Aguilar
doi: 10.1016/S0378-5955(03)00387-3
Noise-induced hearing loss Spectrin cross-link
Ter S At
H
Otoacoustic emission
N Spiral ligament
BK I
Ototoxicity
Superior olivary complex
Outer hair cell ‘
Thalamus
pH (
( (
Precedence effect I hreshold
I I 5B
Pressure
light junction
( ] I
Traveling wave
B
H
Tympanic membrane velocity
M ad . : funct (
J K.R
Reverberation
P J
Sensory cell loss
N