Faculty

Institution

Unit

Venue

Ian Benjamin Mertes

Associate Professor

UIUC

Affiliations

College of Applied Health Sciences

Department of Speech and Hearing Science

Speech and Hearing Science

Ian Benjamin Mertes is currently serving as a College Of Applied Health Sciences Associate Professor at Uiuc.

Honors

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Experiences

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Education

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Ian Benjamin Mertes

UIUC

Associate Professor

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hearing research human hearing auditory science audiology auditory physiology hearing loss noise clinical otolaryngology neuroscience sound speech perception physiology rehabilitation neurophysiology cognitive science speech science speech acoustics psychoacoustics moc reflex contralateral inhibition motor control speech processing speech communication auditory modeling transient-evoked otoacoustic emissions speech recognition physiological measurements applied physiology neurolinguistics music perception motor systems multisensory integration motor behavior clinical practice task performance individual subjects across-subject variability frequency band speech task hearing status long-latency components audiometric thresholds less challenging snr challenging snr efferent activity highpass masking highpass masking noise growth rates electrophysiology acoustic reflex

Notable Scholarly Works

Notable Federal Grants

Collaborators

Associations Between the Medial Olivocochlear Reflex, Middle-Ear Muscle Reflex, and Sentence-In-Noise Recognition Using Steady and Pulsed Noise Elicitors. Hearing Research (2024)

Ian B. Mertes

human hearingauditory sciencememr strengthmocr strengthclinical otolaryngologyspeech acousticsauditory physiologysin recognitionneurosciencespeech perceptionaudiologyhearing researchhearing lossrehabilitationnoise

A Survey of U.S. Audiologists' Usage of and Attitudes Toward Otoacoustic Emissions. American Journal of Audiology (2023)

Ian B. MertesAli Marquess

human hearingauditory scienceclinical otolaryngologyspeech perceptionaudiologyhearing researchclinical practicehearing lossmedicineu.s. audiologistsotoacoustic emissionshealth sciences

Comparison of Otoacoustic Emissions in Tinnitus and Hyperacusis in Adults With Normal Hearing Sensitivity. International Journal of Audiology (2022)

Yihsin TaiIan B. MertesJenise ChappellCarolyn H. JeonFatima T. Husain

human hearingauditory scienceclinical otolaryngologyauditory physiologydpoae amplitudesaudiologyhearing researchhearing losselevated ehf thresholdsehf thresholdsnoise

Contralateral Noise Effects on Otoacoustic Emissions and Electrophysiologic Responses in Normal-Hearing Adults. The Journal of the Acoustical Society of America (2022)

Ian B. MertesMorgan E. Potocki

human hearingauditory sciencecontralateral noiseclinical otolaryngologyauditory physiologyneuroscienceaudiologyhearing researchhearing losscontralateral inhibitioncognitive sciencecontralateral noise effectsnoise

Detection of Middle-Ear Muscle Reflex Activation Using Changes in Otoacoustic Emission Stimulus Amplitude Versus Absorbance: An Initial Investigation. Hearing Balance and Communication (2022)

Ian B. Mertes

human hearingauditory sciencememr detection methodsclinical otolaryngologysoundphysiologyauditory physiologykinesiologyaudiologyhearing researchhearing lossmemr thresholdsmemr activation

Lack of Correlation Between Medial Olivocochlear Reflex Strength and Sentence Recognition in Noise. International Journal of Audiology (2022)

Ian B. MertesAbigail L. Stutz

human hearingauditory scienceneurolinguisticsauditory physiologynormal hearingneurosciencespeech perceptionaudiologyhearing researchspeech sciencehearing lossmoc reflex strengthcognitive sciencemoc reflexrehabilitationnoise

Reliability and Critical Differences for an Implementation of the Coordinate Response Measure in Speech-Shaped Noise. JASA Express Letters (2021)

Ian B. Mertes

human hearingauditory sciencespeech acousticssoundcritical differencesspeech perceptionhearing researchspeech sciencecoordinate response measuretask performancespeech communicationrehabilitationstatisticsnoise

Lack of Association Between Contralateral Inhibition of Otoacoustic Emissions and Vowel Formant Discrimination in Noise. Hearing Balance and Communication (2020)

Ian B. MertesKristin M. Johnson

human hearingauditory sciencesoundauditory physiologyneurosciencespeech perceptionaudiologyhearing researchmoc reflexcontralateral inhibitiondiscrimination thresholdscognitive sciencespeech communicationnoise

Medial Olivocochlear Reflex Effects on Synchronized Spontaneous Otoacoustic Emissions. The Journal of the Acoustical Society of America (2020)

Ian B. Mertes

human hearingauditory scienceclinical otolaryngologysoundphysiologyauditory physiologyspontaneous otoacoustic emissionsneuroscienceneurophysiologyaudiologyhearing researchhearing lossmoc reflexssoae magnitude

Establishing Critical Differences in Ear-Canal Stimulus Amplitude for Detecting Middle Ear Muscle Reflex Activation During Olivocochlear Efferent Measurements. International Journal of Audiology (2019)

Ian B. Mertes

human hearingauditory scienceclinical otolaryngologyauditory physiologyphysiologymotor controlear-canal stimulus amplitudescritical differenceskinesiologyaudiologyhearing researchmemr activationrehabilitation

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Ian Benjamin Mertes

Associate Professor

UIUC

Affiliations

College of Applied Health Sciences

Department of Speech and Hearing Science

Speech and Hearing Science

Ian Benjamin Mertes is currently serving as a College Of Applied Health Sciences Associate Professor at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ian Benjamin Mertes

UIUC

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Associations Between the Medial Olivocochlear Reflex, Middle-Ear Muscle Reflex, and Sentence-In-Noise Recognition Using Steady and Pulsed Noise Elicitors. Hearing Research (2024)

Ian B. Mertes

A Survey of U.S. Audiologists' Usage of and Attitudes Toward Otoacoustic Emissions. American Journal of Audiology (2023)

Ian B. MertesAli Marquess

human hearingauditory scienceclinical otolaryngologyspeech perceptionaudiologyhearing researchclinical practicehearing lossmedicineu.s. audiologistsotoacoustic emissionshealth sciences

Comparison of Otoacoustic Emissions in Tinnitus and Hyperacusis in Adults With Normal Hearing Sensitivity. International Journal of Audiology (2022)

Yihsin TaiIan B. MertesJenise ChappellCarolyn H. JeonFatima T. Husain

human hearingauditory scienceclinical otolaryngologyauditory physiologydpoae amplitudesaudiologyhearing researchhearing losselevated ehf thresholdsehf thresholdsnoise

Contralateral Noise Effects on Otoacoustic Emissions and Electrophysiologic Responses in Normal-Hearing Adults. The Journal of the Acoustical Society of America (2022)

Ian B. MertesMorgan E. Potocki

Detection of Middle-Ear Muscle Reflex Activation Using Changes in Otoacoustic Emission Stimulus Amplitude Versus Absorbance: An Initial Investigation. Hearing Balance and Communication (2022)

Ian B. Mertes

human hearingauditory sciencememr detection methodsclinical otolaryngologysoundphysiologyauditory physiologykinesiologyaudiologyhearing researchhearing lossmemr thresholdsmemr activation

Lack of Correlation Between Medial Olivocochlear Reflex Strength and Sentence Recognition in Noise. International Journal of Audiology (2022)

Ian B. MertesAbigail L. Stutz

Reliability and Critical Differences for an Implementation of the Coordinate Response Measure in Speech-Shaped Noise. JASA Express Letters (2021)

Ian B. Mertes

Lack of Association Between Contralateral Inhibition of Otoacoustic Emissions and Vowel Formant Discrimination in Noise. Hearing Balance and Communication (2020)

Ian B. MertesKristin M. Johnson

Medial Olivocochlear Reflex Effects on Synchronized Spontaneous Otoacoustic Emissions. The Journal of the Acoustical Society of America (2020)

Ian B. Mertes

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