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Superior canal dehiscence effect on hearing thresholds: Animal model
Joseph Attias
, Ben I. Nageris
,
Rafi Shemesh
, Jacob Shvero
, Michal Preis
Department of Communication Sciences and Disorders
Research output
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Contribution to journal
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Article
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peer-review
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Dive into the research topics of 'Superior canal dehiscence effect on hearing thresholds: Animal model'. Together they form a unique fingerprint.
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Keyphrases
Hearing Threshold
100%
Fenestration
100%
Superior Canal Dehiscence
100%
Superior Semicircular Canal
75%
Air-bone Gap
50%
Bone Conduction Threshold
50%
Air Conduction Thresholds
50%
Mean Standard Deviation
50%
Auditory Brainstem Response
50%
Bullae
50%
Dehiscence
50%
Rodent Models
25%
Response Change
25%
Peak Latency
25%
Before Surgery
25%
Bone Conduction
25%
Anatomic
25%
Loss Pattern
25%
Medical Center
25%
Vestibular Disorders
25%
Audiology
25%
University-affiliated
25%
Mastoid
25%
Adult Size
25%
Middle Ear Disease
25%
Membranous Labyrinth
25%
Third Window
25%
Tone Burst
25%
Air Conduction
25%
Sand Rat
25%
Audiogram
25%
Auditory Loss
25%
Mastoid Cavity
25%
Small Hole
25%
Absolute Latency
25%
High-frequency Stimuli
25%
Aerated Cavity
25%
Neuroscience
Sensation of Hearing
100%
Superior Semicircular Canal
100%
Brain Stem Response
33%
Membranous Labyrinth
33%