Otoacoustic Emissions: Clinical ApplicationsMartin S. Robinette, Theodore J. Glattke The method of otoacoustic emissions (OAE) was first developed in 1978 & is the first independent, non-invasive, completely objective measurement method of inner ear function. Written by a team of leading audiologists & filled with helpful illustrations, this best-selling book describes the scientific basis of otoacoustic emissions, the testing of normal & clinical populations, & OAE instrumentation. The authors place special emphasis on the proper interpretation of test results & on helping clinicians gain accuracy with OAE's in their everyday practice. |
Contents
Exploring Cochlear Status with Otoacoustic Emissions | 1 |
New Views of Cochlear Function | 48 |
Populations with Normal Hearing Sensitivity | 75 |
Copyright | |
14 other sections not shown
Other editions - View all
Otoacoustic Emissions: Clinical Applications Martin S. Robinette,Theodore J. Glattke Limited preview - 2002 |
Common terms and phrases
Acoust Soc acoustic reflex adults audiogram Audiol Audiology auditory neuropathy auditory system basilar membrane binaural brain stem calibration cochlear function Collet contralateral contralateral suppression dB HL dB SPL distortion product otoacoustic distortion-product DP-gram DPOAE amplitude DPOAE levels ear canal Ear Hear eardrum effects efferent suppression emission probe EOAES evoked otoacoustic emissions f₁ f₂ fibers Figure Glattke Hear Res hearing loss hearing thresholds infants inner hair cells ipsilateral Kemp DT latency left ear Lonsbury-Martin BL Martin GK microphone middle ear milliseconds neonates neurons newborns nonlinear normal hearing organ of Corti outer hair cells patients present Prieve Probst product otoacoustic emissions pure-tone recorded Response FFT Response Waveform right ear Robinette ROC curve sensitivity sensorineural hearing loss SOAES spontaneous otoacoustic emissions stimulus levels studies subjects suppression of TEOAES suppressor TEOAE TEOAE response tinnitus tone bursts transient evoked otoacoustic traveling wave tuning curves