Faculty

Institution

Unit

Venue

Tianying Ren

Oregon Health & Science University

Affiliations

OHSU School of Medicine

Center Of Oregon Hearing Research

Oregon Health & Science University

NoneTianying Ren is currently serving as a Center Of Oregon Hearing Research faculty at Oregon Health & Science University.

Honors

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Experiences

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Education

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Tianying Ren

Oregon Health & Science University

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auditory physiology hearing research auditory science neuroscience audiology hearing loss sound clinical otolaryngology physiology noise neurophysiology electrophysiology biophysics nervous system human hearing biomedical engineering vibrations neurotology speech processing otoacoustic emissions cellular physiology animal physiology music perception cochlear blood flow guinea pig circulatory physiology basilar membrane vibration basilar membrane mammalian biology speech communication blood flow bioacoustics auditory modeling basilar membrane vibrations basal turn reticular lamina guinea pigs cerebral blood flow biomedical imaging companion animals otorhinolaryngology psychoacoustics optical coherence tomography reverse propagation gerbil cochlea otoacoustic emission affective neuroscience molecular physiology vascular biology fish biology biomedical circuits sound propagation peripheral nervous system nitrosative stress aural augmentation cardiovascular physiology audio electroacoustics carceral setting baseline correction human exposure basilar membrane motion guinea pig cochlea group delay hearing organ neural science neurotransmission wave propagation molecular neurobiology muscle function caesarean section skeletal muscle mechanical circulatory support cerebral vascular regulation mammalian physiology neuronal networks radio frequency

Notable Scholarly Works

Notable Federal Grants

Collaborators

Suppression of Low-Frequency Tones in the Organ of Corti Vibrations of the Basal Turn in the Mongolian Gerbil Cochlea. Journal of the Association for Research in Otolaryngology (2025)

auditory sciencecorti vibrationsauditory physiologyneurosciencemusic perceptionspeech perceptionhearing researchbasal turnnervous systemmongolian gerbil cochleaphonetics

On the Phase Consistency of Apical Organ of Corti Vibrations. Hearing Research (2024)

neural circuitsphase consistencyauditory physiologyneuroanatomyneuroscienceoscillation theorybrain circuitry

Visualizing Motions Within the Cochlea's Organ of Corti and Illuminating Cochlear Mechanics With Optical Coherence Tomography. Hearing Research (2024)

Elizabeth S OlsonWei DongBrian E ApplegateKarolina K CharaziakJames B DeweyBrian L FrostSebastiaan W F MeenderinkJong-Hoon NamJohn S OghalaiSunil PuriaTianying RenC Elliott StrimbuMarcel van der Heijden

auditory scienceauditory physiologyoptical coherence tomographyneurosciencehearing researchvisual systemcochlear mechanics

The Reticular Lamina and Basilar Membrane Vibrations in the Transverse Direction in the Basal Turn of the Living Gerbil Cochlea. Scientific Reports (2022)

auditory scienceclinical otolaryngologysoundneuroanatomyneurotologyauditory physiologybasilar membrane vibrationsneurosciencetransverse directionhearing researchnervous systembasal turn

An Outer Hair Cell-Powered Global Hydromechanical Mechanism for Cochlear Amplification. Hearing Research (2021)

biophysicsauditory physiologybioelectronicsbiomedical engineeringcochlear amplification

Outer Hair Cell Driven Reticular Lamina Mechanical Distortion in Living Cochleae. Hearing Research (2021)

biophysicsliving cochleaeauditory physiologysoundbiomedical engineeringouter hair cellmechanobiology

The Origin of Mechanical Harmonic Distortion Within the Organ of Corti in Living Gerbil Cochleae. Communications Biology (2021)

auditory sciencemechanical harmonic distortiongerbil cochleaeauditory physiologyneuroanatomyneurosciencehearing researchnervous systemcentral nervous system

Effect of Cochlear Implantation on the Endocochlear Potential and Stria Vascularis. Otology & Neurotology (2020)

Joseph McClellanWenxuan HeJoseline RajaGemaine StarkTianying RenLina Reiss

stria vascularisendocochlear potentialneurotologyhearing researchhearing losscochlear implantationcochlear implants

Two-Tone Distortion in Reticular Lamina Vibration of the Living Cochlea. Communications Biology (2020)

auditory scienceclinical otolaryngologyauditory physiologyvibrationsreticular lamina vibrationaudiologyhearing researchnoise

A Mechanoelectrical Mechanism for Detection of Sound Envelopes in the Hearing Organ. Nature Communications (2018)

Alfred L. NuttallAnthony J. RicciGeorge BurwoodJames M. HarteStefan StenfeltPer Cayé-ThomasenTianying RenSripriya RamamoorthyYuan ZhangTeresa WilsonThomas LunnerBrian C. J. MooreAnders Fridberger

auditory sciencephysiologysound envelopesaudiologybioacousticshearing organmechanoelectrical mechanism

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Tianying Ren

Oregon Health & Science University

Affiliations

OHSU School of Medicine

Center Of Oregon Hearing Research

Oregon Health & Science University

NoneTianying Ren is currently serving as a Center Of Oregon Hearing Research faculty at Oregon Health & Science University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Tianying Ren

Oregon Health & Science University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Suppression of Low-Frequency Tones in the Organ of Corti Vibrations of the Basal Turn in the Mongolian Gerbil Cochlea. Journal of the Association for Research in Otolaryngology (2025)

auditory sciencecorti vibrationsauditory physiologyneurosciencemusic perceptionspeech perceptionhearing researchbasal turnnervous systemmongolian gerbil cochleaphonetics

On the Phase Consistency of Apical Organ of Corti Vibrations. Hearing Research (2024)

neural circuitsphase consistencyauditory physiologyneuroanatomyneuroscienceoscillation theorybrain circuitry

Visualizing Motions Within the Cochlea's Organ of Corti and Illuminating Cochlear Mechanics With Optical Coherence Tomography. Hearing Research (2024)

auditory scienceauditory physiologyoptical coherence tomographyneurosciencehearing researchvisual systemcochlear mechanics

The Reticular Lamina and Basilar Membrane Vibrations in the Transverse Direction in the Basal Turn of the Living Gerbil Cochlea. Scientific Reports (2022)

auditory scienceclinical otolaryngologysoundneuroanatomyneurotologyauditory physiologybasilar membrane vibrationsneurosciencetransverse directionhearing researchnervous systembasal turn

An Outer Hair Cell-Powered Global Hydromechanical Mechanism for Cochlear Amplification. Hearing Research (2021)

biophysicsauditory physiologybioelectronicsbiomedical engineeringcochlear amplification

Outer Hair Cell Driven Reticular Lamina Mechanical Distortion in Living Cochleae. Hearing Research (2021)

biophysicsliving cochleaeauditory physiologysoundbiomedical engineeringouter hair cellmechanobiology

The Origin of Mechanical Harmonic Distortion Within the Organ of Corti in Living Gerbil Cochleae. Communications Biology (2021)

auditory sciencemechanical harmonic distortiongerbil cochleaeauditory physiologyneuroanatomyneurosciencehearing researchnervous systemcentral nervous system

Effect of Cochlear Implantation on the Endocochlear Potential and Stria Vascularis. Otology & Neurotology (2020)

Joseph McClellanWenxuan HeJoseline RajaGemaine StarkTianying RenLina Reiss

stria vascularisendocochlear potentialneurotologyhearing researchhearing losscochlear implantationcochlear implants

Two-Tone Distortion in Reticular Lamina Vibration of the Living Cochlea. Communications Biology (2020)

auditory scienceclinical otolaryngologyauditory physiologyvibrationsreticular lamina vibrationaudiologyhearing researchnoise

A Mechanoelectrical Mechanism for Detection of Sound Envelopes in the Hearing Organ. Nature Communications (2018)

Alfred L. NuttallAnthony J. RicciGeorge BurwoodJames M. HarteStefan StenfeltPer Cayé-ThomasenTianying RenSripriya RamamoorthyYuan ZhangTeresa WilsonThomas LunnerBrian C. J. MooreAnders Fridberger

auditory sciencephysiologysound envelopesaudiologybioacousticshearing organmechanoelectrical mechanism

1
2
3
4
5
11
10 / page