Faculty

Institution

Unit

Venue

George Burwood

Oregon Health & Science University

Affiliations

OHSU School of Medicine

Center Of Oregon Hearing Research

Oregon Health & Science University

NoneGeorge Burwood 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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George Burwood

Oregon Health & Science University

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auditory physiology hearing research auditory science hearing loss clinical otolaryngology neuroscience audiology human hearing neurotology biomedical engineering physiology sound biophysics noise neuroanatomy nervous system cochlear implants bioacoustics loud sound exposure gene therapy membrane biology vascular biology mammalian biology biomedical circuits speech processing optical coherence tomography oscillation theory brain circuitry aural augmentation auditory modeling blood-labyrinth barrier breakdown sound envelopes hearing organ mechanoelectrical mechanism best frequencies guinea pig cochlea temporal delays basilar membrane vibrations transverse direction basal turn middle ear cochlear amplification cochlear blood flow mechanoelectrical transducer channel living cochleae

Notable Scholarly Works

Notable Federal Grants

Collaborators

Defects in Tissue-Resident Macrophages Lead to Smaller Eardrums and Abnormal Neurovascular Networks With Increased Middle-Ear Infection. bioRxiv (Cold Spring Harbor Laboratory) (2026)

neurologyclinical otolaryngologyneuropathologyhearing researchincreased middle-ear infectionaudiologyauditory physiologysmaller eardrumsneurotologytissue-resident macrophages

Distinctive Mechanical Response Characteristics of the Guinea Pig Apical Cochlear Organ of Corti and Basilar Membrane. The Journal of General Physiology (2026)

nervous systembasilar membraneclinical otolaryngologyhearing researchneuroscienceanatomyauditory scienceneuroanatomyauditory physiologyneurotologyphysiology

Towards Investigating Residual Hearing Loss: Quantification of Fibrosis in a Novel Cochlear Oct Dataset. IEEE Transactions on Biomedical Engineering (2025)

clinical otolaryngologybiostatisticshearing researchresidual hearing lossauditory sciencecochlear implantsaudiologyauditory physiologyradiologyaural augmentationhearing losshuman hearing

Effects of Cochlear Implantation and Steroids on the Aging Guinea Pig Cochlea. Otolaryngology (2024)

clinical otolaryngologyhearing researchendocrinologyhuman hearingauditory sciencecochlear implantsaudiologyauditory physiologycochlear implantationneurotologyhearing lossphysiology

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

oscillation theorybrain circuitryneuroscienceneuroanatomyphase consistencyauditory physiologyneural circuits

Best Frequencies and Temporal Delays Are Similar Across the Low-Frequency Regions of the Guinea Pig Cochlea. Science Advances (2022)

best frequenciesclinical otolaryngologytemporal delayshearing researchguinea pig cochleacognitive scienceneuroscienceauditory scienceaudiologynoiseauditory physiologyhearing losshuman hearing

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

nervous systemclinical otolaryngologybasal turnhearing researchsoundbasilar membrane vibrationsneurosciencetransverse directionauditory scienceneuroanatomyauditory physiologyneurotology

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

bioelectronicsbiophysicsauditory physiologycochlear amplificationbiomedical engineering

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

living cochleaebiophysicssoundmechanobiologyauditory physiologyouter hair cellbiomedical engineering

Vegfa165 Gene Therapy Ameliorates Blood-Labyrinth Barrier Breakdown and Hearing Loss. JCI Insight (2021)

Jinhui ZhangZhiqiang HouXiaohan WangHan JiangLingling NengYunpei ZhangQing YuGeorge BurwoodJunha SongManfred AuerAnders FridbergerMichael HoaXiaorui Shi

neurologymembrane biologygene therapystrokeneuroscienceblood-labyrinth barrier breakdowndermatologyvascular biologyneurophysiologymammalian biologyhearing loss

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George Burwood

Oregon Health & Science University

Affiliations

OHSU School of Medicine

Center Of Oregon Hearing Research

Oregon Health & Science University

NoneGeorge Burwood 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

George Burwood

Oregon Health & Science University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Defects in Tissue-Resident Macrophages Lead to Smaller Eardrums and Abnormal Neurovascular Networks With Increased Middle-Ear Infection. bioRxiv (Cold Spring Harbor Laboratory) (2026)

neurologyclinical otolaryngologyneuropathologyhearing researchincreased middle-ear infectionaudiologyauditory physiologysmaller eardrumsneurotologytissue-resident macrophages

Distinctive Mechanical Response Characteristics of the Guinea Pig Apical Cochlear Organ of Corti and Basilar Membrane. The Journal of General Physiology (2026)

nervous systembasilar membraneclinical otolaryngologyhearing researchneuroscienceanatomyauditory scienceneuroanatomyauditory physiologyneurotologyphysiology

Towards Investigating Residual Hearing Loss: Quantification of Fibrosis in a Novel Cochlear Oct Dataset. IEEE Transactions on Biomedical Engineering (2025)

clinical otolaryngologybiostatisticshearing researchresidual hearing lossauditory sciencecochlear implantsaudiologyauditory physiologyradiologyaural augmentationhearing losshuman hearing

Effects of Cochlear Implantation and Steroids on the Aging Guinea Pig Cochlea. Otolaryngology (2024)

clinical otolaryngologyhearing researchendocrinologyhuman hearingauditory sciencecochlear implantsaudiologyauditory physiologycochlear implantationneurotologyhearing lossphysiology

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

oscillation theorybrain circuitryneuroscienceneuroanatomyphase consistencyauditory physiologyneural circuits

Best Frequencies and Temporal Delays Are Similar Across the Low-Frequency Regions of the Guinea Pig Cochlea. Science Advances (2022)

best frequenciesclinical otolaryngologytemporal delayshearing researchguinea pig cochleacognitive scienceneuroscienceauditory scienceaudiologynoiseauditory physiologyhearing losshuman hearing

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

nervous systemclinical otolaryngologybasal turnhearing researchsoundbasilar membrane vibrationsneurosciencetransverse directionauditory scienceneuroanatomyauditory physiologyneurotology

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

bioelectronicsbiophysicsauditory physiologycochlear amplificationbiomedical engineering

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

living cochleaebiophysicssoundmechanobiologyauditory physiologyouter hair cellbiomedical engineering

Vegfa165 Gene Therapy Ameliorates Blood-Labyrinth Barrier Breakdown and Hearing Loss. JCI Insight (2021)

Jinhui ZhangZhiqiang HouXiaohan WangHan JiangLingling NengYunpei ZhangQing YuGeorge BurwoodJunha SongManfred AuerAnders FridbergerMichael HoaXiaorui Shi

neurologymembrane biologygene therapystrokeneuroscienceblood-labyrinth barrier breakdowndermatologyvascular biologyneurophysiologymammalian biologyhearing loss

1
2
10 / page