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Assessment of cochlear synaptopathy by electrocochleography to low frequencies in a preclinical model and human subjects
Raymond A. Haggerty
, Kendall A. Hutson
, William J. Riggs
, Kevin D. Brown
, Harold C. Pillsbury
, Oliver F. Adunka
,
Craig A. Buchman
, Douglas C. Fitzpatrick
School of Medicine
Department of Otolaryngology
Program in Audiology and Communication Sciences
Institute of Clinical and Translational Sciences (ICTS)
Siteman Cancer Center
Neurofibromatosis (NF) Center
Brain Tumor Center
Research output
:
Contribution to journal
›
Article
›
peer-review
5
Scopus citations
Overview
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Keyphrases
Human Subjects
100%
Electrocochleography
100%
Cochlear Synaptopathy
100%
Hair Cell
66%
Hearing Impairment
33%
Normal Hearing
33%
Round Window
33%
Neurotoxin
33%
Sensory Hair Cells
16%
Innervation
16%
Insults
16%
Synapse
16%
Inner Hair Cell
16%
Gerbil
16%
Analytical Method
16%
Noise Exposure
16%
Neuronal Cells
16%
Neural Response
16%
Animal Subjects
16%
Auditory Nerve Fibers
16%
Auditory Nerve
16%
Novel Algorithm
16%
Nerve Fibers
16%
Deep Learning Algorithm
16%
Analytic Model
16%
Normal Noise
16%
Low-frequency Sound
16%
Neuroscience
Cochlea
100%
Sensation of Hearing
25%
Nerve Fiber
25%
Neurotoxin
25%
Innervation
12%
Synapse
12%
Nerve Potential
12%