Faculty

Institution

Unit

Venue

Alfred L. Nuttall

Professor of Otolaryngology - Head and Neck Surgery Jack Vernon Endowed Professor in Hearing Research

Oregon Health & Science University

Affiliations

OHSU School of Medicine

Center Of Oregon Hearing Research

Oregon Health & Science University

Alfred L. Nuttall is currently serving as a Center Of Oregon Hearing Research Professor of Otolaryngology - Head and Neck Surgery Jack Vernon Endowed Professor in Hearing Research at Oregon Health & Science University.

Honors

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Experiences

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Education

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Alfred L. Nuttall

Oregon Health & Science University

Professor of Otolaryngology - Head and Neck Surgery Jack Vernon Endowed Professor in Hearing Research

You can click a keyword to filter the displayed items

auditory physiology hearing research auditory science neuroscience hearing loss physiology audiology clinical otolaryngology neurophysiology electrophysiology sound noise cellular physiology biomedical engineering human hearing nervous system cochlear blood flow biomedical imaging circulatory physiology guinea pig pharmacology animal physiology optical coherence tomography neurotology blood vessels vascular biology molecular physiology mammalian biology auditory modeling acoustical engineering speech processing blood flow bioacoustics optical imaging hyperpolarization (biology) basilar membrane blood flow measurement guinea pig cochlea cerebral blood flow free radical biology otorhinolaryngology guinea pigs tissue oxygenation nitrosative stress cardiovascular physiology otoacoustic emissions cellular biochemistry companion animals endothelial dysfunction loud sound exposure reactive nitrogen species cochlear implants peripheral nervous system acoustic modeling molecular cell biology anesthesia clinical investigation neural science psychoacoustics acoustic signal processing carceral setting audio electroacoustics acoustic ecology anesthesia practices respiration (physiology) microvascular dysfunction baseline correction noise-induced hearing loss mechanical waveform basilar membrane motion nitric oxide noise exposure inner hair cell basilar membrane responses otoacoustic emission trigeminal innervation

Notable Scholarly Works

Notable Federal Grants

Collaborators

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

neural circuitsphase consistencyauditory physiologyneuroanatomyneuroscienceoscillation theorybrain circuitry

Ankrd24 Organizes Triobp to Reinforce Stereocilia Insertion Points. The Journal of Cell Biology (2022)

Jocelyn F. KreyChang LiuInna A. BelyantsevaMichael BateschellRachel A. DumontJennifer GoldsmithParoma ChatterjeeRachel S. MorrillLev M. FedorovSarah FosterJinkyung KimAlfred L. NuttallSherri M. JonesDongseok ChoiThomas B. FriedmanAnthony J. RicciBo ZhaoPeter G. Barr-Gillespie

biological engineeringcell biologystereocilia insertion pointsdevelopmental biologystructural biology

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

human hearingauditory scienceclinical otolaryngologyauditory physiologybest frequenciesneuroscienceguinea pig cochleaaudiologyhearing researchhearing losscognitive sciencetemporal delaysnoise

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

Few-Shot Hypercolumn-Based Mitochondria Segmentation in Cardiac and Outer Hair Cells in Focused Ion Beam-Scanning Electron Microscopy (Fib-Sem) Data. Dublin City University Open Access Institutional Repository (Dublin City University) (2020)

biophysicstissue imagingmicroscopyouter hair cellsbiological imagingcell biologymolecular imagingmicroscopy methodsbiomedical engineeringbiomedical imaging

The Mechanoelectrical Transducer Channel is Not Required for Regulation of Cochlear Blood Flow During Loud Sound Exposure in Mice. Scientific Reports (2020)

auditory sciencecochlear blood flowsoundphysiologybiomedical circuitsauditory physiologyelectrophysiologyloud sound exposuremechanoelectrical transducer channelbiomedical engineeringhearing researchhearing lossnervous systemnoise

Revealing the Morphology and Function of the Cochlea and Middle Ear With Optical Coherence Tomography. Quantitative Imaging in Medicine and Surgery (2019)

human hearingauditory sciencemedical optical imagingclinical otolaryngologyauditory physiologyoptical coherence tomographyneurotologyanatomymiddle earaudiologyhearing researchhearing lossophthalmologyconfocal microscopy

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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Alfred L. Nuttall

Professor of Otolaryngology - Head and Neck Surgery Jack Vernon Endowed Professor in Hearing Research

Oregon Health & Science University

Affiliations

OHSU School of Medicine

Center Of Oregon Hearing Research

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

Alfred L. Nuttall

Oregon Health & Science University

Professor of Otolaryngology - Head and Neck Surgery Jack Vernon Endowed Professor in Hearing Research

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

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

neural circuitsphase consistencyauditory physiologyneuroanatomyneuroscienceoscillation theorybrain circuitry

Ankrd24 Organizes Triobp to Reinforce Stereocilia Insertion Points. The Journal of Cell Biology (2022)

biological engineeringcell biologystereocilia insertion pointsdevelopmental biologystructural biology

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

human hearingauditory scienceclinical otolaryngologyauditory physiologybest frequenciesneuroscienceguinea pig cochleaaudiologyhearing researchhearing losscognitive sciencetemporal delaysnoise

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

biophysicstissue imagingmicroscopyouter hair cellsbiological imagingcell biologymolecular imagingmicroscopy methodsbiomedical engineeringbiomedical imaging

The Mechanoelectrical Transducer Channel is Not Required for Regulation of Cochlear Blood Flow During Loud Sound Exposure in Mice. Scientific Reports (2020)

Revealing the Morphology and Function of the Cochlea and Middle Ear With Optical Coherence Tomography. Quantitative Imaging in Medicine and Surgery (2019)

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
31
10 / page