OTOACOUSTIC EMISSION

historia y evolucion de las telecomunicaciones

Engineering / Physics / Chemistry / Auditory Perception / Biology / Medicine / Multidisciplinary / Humans / Hearing aids / Female / Male / Infant / Hearing Loss / Risk factors / Brain injury / PLoS one / Longitudinal Study / Auditory Threshold / Risk Factors / Hearing Aid / OTOACOUSTIC EMISSION / Brain injuries / Medicine / Multidisciplinary / Humans / Hearing aids / Female / Male / Infant / Hearing Loss / Risk factors / Brain injury / PLoS one / Longitudinal Study / Auditory Threshold / Risk Factors / Hearing Aid / OTOACOUSTIC EMISSION / Brain injuries

historia y evolucion de las telecomunicaciones

Engineering / Physics / Chemistry / Auditory Perception / Biology / Medicine / Multidisciplinary / Humans / Hearing aids / Female / Male / Infant / Hearing Loss / Risk factors / Brain injury / PLoS one / Longitudinal Study / Auditory Threshold / Risk Factors / Hearing Aid / OTOACOUSTIC EMISSION / Brain injuries / Medicine / Multidisciplinary / Humans / Hearing aids / Female / Male / Infant / Hearing Loss / Risk factors / Brain injury / PLoS one / Longitudinal Study / Auditory Threshold / Risk Factors / Hearing Aid / OTOACOUSTIC EMISSION / Brain injuries

A Validation and Potential Clinical Application of Multivariate Analyses of Distortion-Product Otoacoustic Emission Data

Adolescent / Multivariate Analysis / Hearing / Humans / Child / Female / Male / Hearing Loss / ROC Curve / Clinical Sciences / Aged / Middle Aged / Adult / Ear / Neurosciences / OTOACOUSTIC EMISSION / Clinical Application / Logistic Models / Case Control Studies / Female / Male / Hearing Loss / ROC Curve / Clinical Sciences / Aged / Middle Aged / Adult / Ear / Neurosciences / OTOACOUSTIC EMISSION / Clinical Application / Logistic Models / Case Control Studies

Dynamics of real time DPOAE contralateral suppression in chinchillas and humans Dinámica de la supresión contralateral de las DPOAE en tiempo real en chinchillas y humanos

Audiology / Adolescent / Humans / Computer Systems / Female / Animals / Male / Real Time / Clinical Sciences / Newborn Infant / Middle Aged / Constant Time Delay / Adult / Temporal Integration / Chinchilla / Species Specificity / Reference Values / Analog to Digital Conversion / OTOACOUSTIC EMISSION / Functional Laterality / Animals / Male / Real Time / Clinical Sciences / Newborn Infant / Middle Aged / Constant Time Delay / Adult / Temporal Integration / Chinchilla / Species Specificity / Reference Values / Analog to Digital Conversion / OTOACOUSTIC EMISSION / Functional Laterality
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