Faculty

Institution

Unit

Venue

Maurice Kernan

Associate Professor

Stony Brook University

Affiliations

College of Arts & Sciences

Neurobiology and Behavior

Renaissance School of Medicine

Neurobiology and Behavior

Maurice Kernan is currently serving as a College Of Arts & Sciences Associate Professor at Stony Brook University.

Honors

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Experiences

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Education

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Maurice Kernan

Stony Brook University

Associate Professor

You can click a keyword to filter the displayed items

genetics neuroscience insect molecular biology developmental biology gene expression insect science molecular biology audiology nervous system neurophysiology bioacoustics molecular neuroscience neuroanatomy auditory science signal transduction neurons hearing research avian biology mechanotransduction auditory physiology gene regulation developmental genetics molecular neurobiology gene function genetic basis peer review biomedical research molecular physiology cellular physiology molecular cell biology animal cognition vascular biology developmental cognitive neuroscience molecular neurodegeneration stem cell research developmental science mammalian biology fish biology animal physiology neurotransmission cellular neurobiology yeast transcription regulation regulatory network modelling gene regulatory networks mechanism (biology) biological significance animal genetics brain imaging neurotransmitters positron emission tomography neurochemistry dopamine drosophila protein channel subunit receptor potentials genetic dissection mechanoreception-defective mutations mechanosensory transduction near-field sound drosophila brain distinct sensory representations sensory cilia intraflagellar transport zp domain protein mechanosensory dendrites sensory structures auditory transduction yeast spore wall physiology mechanobiology

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Retrograde Ift Dynein is Required for Normal Function of Diverse Mechanosensory Cilia in Drosophila. Frontiers in Molecular Neuroscience (2023)

Yashoda SharmaJulie S. JacobsElena Sivan-LoukianovaEugene LeeMaurice J. KernanDaniel F. Eberl

developmental biologygene functionmolecular neurobiologyretrograde ift dyneininsect sciencegene expressiongeneticsmolecular neurosciencegenetic basisnormal functionneuroanatomyinsect molecular biologyneuroscience

Diverse Roles of Axonemal Dyneins in Drosophila Auditory Neuron Function and Mechanical Amplification in Hearing. Scientific Reports (2015)

Somdatta KarakJulie S. JacobsMaike KittelmannChristian SpalthoffRadoslaw KatanaElena Sivan-LoukianovaMichael A. SchonMaurice J. KernanDaniel F. EberlMartin C. Göpfert

mechanical amplificationaxonemal dyneinsmammalian biologyneuroanatomyneurosciencebioacousticshearing researchfish biologyhearing lossanimal physiologymembrane biologygene expressionauditory physiologyauditory scienceaudiologybiological significancegeneticsbiophysicsgenetic basisinsect molecular biology

Positron Emission Tomography (Pet) and Graphical Kinetic Data Analysis of the Dopamine Neurotransmitter System: An Exercise for an Undergraduate Laboratory Course.. PubMed (2014)

Martine M MirrioneNora RuthDavid AlexoffJean LoganJoanna FowlerMaurice Kernan

neurochemistrybrain imagingpositron emission tomographydopamine neurotransmitter systembiomedical imagingneuroimagingphysiologycell biologyneuropsychopharmacologycomputational neuroscienceneuropharmacologydopamineneurophysiologyundergraduate laboratory courseneurotransmitterspsychoneuroendocrinologysystems neuroscienceneuroscience

Drosophila Chibby is Required for Basal Body Formation and Ciliogenesis but Not for Wg Signaling. The Journal of Cell Biology (2012)

Camille EnjolrasJoëlle ThomasBrigitte ChhinElisabeth CortierJean-Luc DuteyratFabien SoulavieMaurice J. KernanAnne LaurençonBénédicte Durand

wg signalingdevelopmental biologymorphogenesiscell biologygeneticsavian biologyinsect molecular biologybasal body formation

Recording Sound-Evoked Potentials From the Drosophila Antennal Nerve: Figure 1.. Cold Spring Harbor Protocols (2011)

Daniel F. EberlMaurice J. Kernan

developmental biologysound-evoked potentialsinsect sciencebioacousticsgeneticsnervous systeminsect molecular biologyneuroscience

Hearing in Drosophila Requires Tilb, a Conserved Protein Associated With Ciliary Motility. Genetics (2010)

Ryan G KavlieMaurice J KernanDaniel F Eberl

ciliary motilityanimal geneticsconserved proteindevelopmental geneticsgene regulationavian biologygeneticsevolutionary biologypopulation geneticsaudiology

Distinct Sensory Representations of Wind and Near-Field Sound in the Drosophila Brain. Nature (2009)

Suzuko YorozuAllan WongBrian J. FischerHeiko DankertMaurice J. KernanAzusa KamikouchiKei ItoDavid J. Anderson

animal cognitionbiologycognitive neurosciencecognitive sciencenear-field soundsensorsinsect sciencebioacousticsdistinct sensory representationsauditory sciencedrosophila brainhearing researchaudiologynervous systeminsect molecular biologyneuroscience

An Ift-a Protein is Required to Delimit Functionally Distinct Zones in Mechanosensory Cilia. Current Biology (2008)

Eugene LeeElena Sivan-LoukianovaDaniel F. EberlMaurice J. Kernan

distinct zonesmechanosensory ciliaift-a proteincell biologygeneticsstructural biologyneuroscience

The Yeast Spore Wall Enables Spores to Survive Passage Through the Digestive Tract of Drosophila. PLoS ONE (2008)

Alison E. ColuccioRachael K. RodriguezMaurice J. KernanAaron M. Neiman

gene expressionyeastyeast spore wallmicrobiology

Mechanotransduction and Auditory Transduction in Drosophila. Pflügers Archiv - European Journal of Physiology (2007)

Maurice J. Kernan

physiologyauditory physiologyauditory scienceneurophysiologyauditory transductionmechanotransduction

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Maurice Kernan

Associate Professor

Stony Brook University

Affiliations

College of Arts & Sciences

Neurobiology and Behavior

Renaissance School of Medicine

Neurobiology and Behavior

Maurice Kernan is currently serving as a College Of Arts & Sciences Associate Professor at Stony Brook 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

Maurice Kernan

Stony Brook University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Retrograde Ift Dynein is Required for Normal Function of Diverse Mechanosensory Cilia in Drosophila. Frontiers in Molecular Neuroscience (2023)

Yashoda SharmaJulie S. JacobsElena Sivan-LoukianovaEugene LeeMaurice J. KernanDaniel F. Eberl

Diverse Roles of Axonemal Dyneins in Drosophila Auditory Neuron Function and Mechanical Amplification in Hearing. Scientific Reports (2015)

Somdatta KarakJulie S. JacobsMaike KittelmannChristian SpalthoffRadoslaw KatanaElena Sivan-LoukianovaMichael A. SchonMaurice J. KernanDaniel F. EberlMartin C. Göpfert

Positron Emission Tomography (Pet) and Graphical Kinetic Data Analysis of the Dopamine Neurotransmitter System: An Exercise for an Undergraduate Laboratory Course.. PubMed (2014)

Martine M MirrioneNora RuthDavid AlexoffJean LoganJoanna FowlerMaurice Kernan

Drosophila Chibby is Required for Basal Body Formation and Ciliogenesis but Not for Wg Signaling. The Journal of Cell Biology (2012)

Camille EnjolrasJoëlle ThomasBrigitte ChhinElisabeth CortierJean-Luc DuteyratFabien SoulavieMaurice J. KernanAnne LaurençonBénédicte Durand

wg signalingdevelopmental biologymorphogenesiscell biologygeneticsavian biologyinsect molecular biologybasal body formation

Recording Sound-Evoked Potentials From the Drosophila Antennal Nerve: Figure 1.. Cold Spring Harbor Protocols (2011)

Daniel F. EberlMaurice J. Kernan

developmental biologysound-evoked potentialsinsect sciencebioacousticsgeneticsnervous systeminsect molecular biologyneuroscience

Hearing in Drosophila Requires Tilb, a Conserved Protein Associated With Ciliary Motility. Genetics (2010)

Ryan G KavlieMaurice J KernanDaniel F Eberl

ciliary motilityanimal geneticsconserved proteindevelopmental geneticsgene regulationavian biologygeneticsevolutionary biologypopulation geneticsaudiology

Distinct Sensory Representations of Wind and Near-Field Sound in the Drosophila Brain. Nature (2009)

Suzuko YorozuAllan WongBrian J. FischerHeiko DankertMaurice J. KernanAzusa KamikouchiKei ItoDavid J. Anderson

An Ift-a Protein is Required to Delimit Functionally Distinct Zones in Mechanosensory Cilia. Current Biology (2008)

Eugene LeeElena Sivan-LoukianovaDaniel F. EberlMaurice J. Kernan

distinct zonesmechanosensory ciliaift-a proteincell biologygeneticsstructural biologyneuroscience

The Yeast Spore Wall Enables Spores to Survive Passage Through the Digestive Tract of Drosophila. PLoS ONE (2008)

Alison E. ColuccioRachael K. RodriguezMaurice J. KernanAaron M. Neiman

gene expressionyeastyeast spore wallmicrobiology

Mechanotransduction and Auditory Transduction in Drosophila. Pflügers Archiv - European Journal of Physiology (2007)

Maurice J. Kernan

physiologyauditory physiologyauditory scienceneurophysiologyauditory transductionmechanotransduction

1
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3
10 / page

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neuroscience

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Albert Berrebi

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West Virginia University

neural circuit

electron microscopy

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stem cell

stem-cell therapy

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cellular mechanisms

neurobiological mechanism

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Dhasakumar Navaratnam

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Yale University

electrophysiology

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Paul Garrity

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neural circuit

chemical sensation

Paul H. Taghert, PhD

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neuroscience

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neuroscience

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