Faculty

Institution

Unit

Venue

Bart Borghuis

Associate Professor

University of Louisville

Affiliations

Medicine, School of

Basic Sciences Departments

Department of Anatomical Sciences & Neurobiology

Bart Borghuis is currently serving as a Basic Sciences S Associate Professor at University of Louisville.

Honors

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Experiences

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Education

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Bart Borghuis

University of Louisville

Associate Professor

You can click a keyword to filter the displayed items

neuroscience ophthalmology retina mammalian biology neurology neurophysiology cellular neurobiology visual science cell biology neuroanatomy systems neuroscience cognitive neuroscience vision research neuro-ophthalmology mouse retina neuroimaging molecular neuroscience neuroradiology brain science neurochemistry neurons protein science neural science avian biology ophthalmology retina brain circuitry vertebrate vision light regulation photoreceptor cells animal cognition medicinal research molecular physiology neurorehabilitation molecular neurobiology brain imaging visual processing signaling pathways neurotology ganglion cell tissue imaging variant interpretation in vivo systems glutamate sensor iglusnfr bipolar cell pathways direction tuning cell research biomedical imaging plo biology animal behavior enzyme inhibition adaptation brain function stereoscopic processing movement ecology neurodynamics psychophysics insulin signaling heme signaling receptor tyrosine kinases clinical neuroscience brain mapping motion detection neurotransmission multi-protein assembly gcamp calcium indicator neural activity imaging optimized fluorescent probe glutamate neurotransmission geniculocortical vision two-photon imaging bipolar cell synapses natural scenes kainate receptors neuronal array targeted neuron populations rodent retina parallel processing developmental system visual system neural engineering bio-inspired computation neural recoding parallel pathways cortical remodeling neuroethics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Microglia Are Dispensable for Experience-Dependent Refinement of Mouse Visual Circuitry. Nature Neuroscience (2024)

Thomas C. BrownEmily C. CrouseCecilia A. AttawayDana K. OakesSarah W. MintonBart G. BorghuisAaron W. McGee

cognitive neuroscienceneurologysystems neuroscienceexperience-dependent refinementneurosciencemouse visual circuitry

Direct Comparison Reveals Algorithmic Similarities in Fly and Mouse Visual Motion Detection. iScience (2023)

Juyue ChenCaitlin M GishJames W FransenEmilio Salazar-GatzimasDamon A ClarkBart G Borghuis

motion detectioncomputer visiongeneticscomputer scienceneuroscience

Lrit3 Expression in Cone Photoreceptors Restores Post-Synaptic Bipolar Cell Signalplex Assembly and Partial Function in Lrit3 Mice. iScience (2023)

Ronald G. GreggNazarul HasanBart G. Borghuis

peptidesin vivo systemsneurologyphotoreceptor cellscone photoreceptorsneurotransmissionprotein sciencemembrane biologymolecular neurosciencemammalian biologyneurophysiologymolecular physiologycellular neurobiologypartial functiongene expressiongeneticsmedicinal researchsignal transductionneurosciencemulti-protein assembly

Lrit3 Expression in Cone Photoreceptors Restores Post-Synaptic Bipolar Cell Signalplex Assembly and Function in Lrit3 -/- Mice. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Ronald G. GreggNazarul HasanBart G. Borghuis

gene expressionphotoreceptor cellscone photoreceptorscell signalingredox biologygeneticsmolecular neurosciencemammalian biologyin vivo systemsmembrane biologysignal transductioncellular neurobiologyneurosciencecell biology

Phase Advancing is a Common Property of Multiple Neuron Classes in the Mouse Retina. eNeuro (2022)

Victor J. DePieroBart G. Borghuis

neurologyophthalmologyretinaphase advancingcommon propertymammalian biologymultiple neuron classesdevelopmental neurobiologymouse retinacellular neurobiologyneuroscienceneurophysiology

Restoration of Cone on Bipolar Cells Siglanplex Expression and Function in a Mouse Model of Ccsnb. Investigative Ophthalmology & Visual Science (2021)

Nazarul HasanBart G BorghuisRonald G Gregg

mouse modelvisual sciencegene expressionophthalmology

Author Response for" Scp Off /Scp Bipolar Cell Density Varies by Subtype, Eccentricity and Along the Dorsal Ventral Axis in the Mouse Retina". (2020)

None Michael J. CamerinoNone Ian J. EngerbretsonNone Parker A. FifeNone Nathan B. ReynoldsNone Mikel H. BerriaNone Jamie R. DoyleNone Mellisa R. ClemonsNone Michael D. GencarellaNone Bart G. BorghuisNone Peter G. Fuerst

neurologyorbital disordervariant interpretationauthor responseneuro-ophthalmologyretinaneurogeneticsshort-term variabilitydorsal ventral axisgeneticsmolecular neurosciencemammalian biologymouse retinasystems neurosciencedevelopmental neurobiologytissue imagingneuroscience

Lrit3 is Required for Nyctalopin Expression and Normal on and Off Pathway Signaling in the Retina. eNeuro (2020)

Nazarul HasanGobinda PangeniThomas A. RayKathryn M. FransenJennifer NoelBart G. BorghuisMaureen A. McCallRonald G. Gregg

signaling pathwaysgene expressionpharmacologyophthalmologyenzyme inhibitioninsulin signalingregenerative medicineretinacell signalingheme signalingreceptor tyrosine kinasesnyctalopin expressionmedicinal researchophthalmology retinasignal transductionmolecular physiologymembrane biologycell biology

Off Bipolar Cell Density Varies by Subtype, Eccentricity, and Along the Dorsal Ventral Axis in the Mouse Retina. The Journal of Comparative Neurology (2020)

Michael J. CamerinoIan J. EngerbretsonParker A. FifeNathan B. ReynoldsMikel H. BerriaJamie R. DoyleMellisa R. ClemonsMichael D. GencarellaBart G. BorghuisPeter G. Fuerst

ophthalmologyneuro-ophthalmologydorsal ventral axisneuroradiologyneurotologyneurologyretinavertebrate visiondevelopmental neurobiologymouse retinaneuroanatomyneurosurgeryneurorehabilitationmammalian biologysystems neurosciencevariant interpretationclinical neuroscienceneuroscienceneurophysiology

Author Correction: Stability, Affinity, and Chromatic Variants of the Glutamate Sensor Iglusnfr. Nature Methods (2019)

Jonathan S. MarvinBenjamin SchollDaniel E. WilsonKaspar PodgorskiAbbas KazemipourJohannes Alexander MüllerSusanne SchochFrancisco José Urra QuirozNelson RebolaHuan BaoJustin P. LittleAriana N. TkachukEdward CaiAdam W. HantmanSamuel S.-H. WangVictor J. DePieroBart G. BorghuisEdwin R. ChapmanDirk DietrichDavid A. DiGregorioDavid FitzpatrickLoren L. Looger

author correctionbiophysical chemistrybioanalysischemical biologymolecular biologychromatic variantsbiochemistryglutamate sensor iglusnfr

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Bart Borghuis

Associate Professor

University of Louisville

Affiliations

Medicine, School of

Basic Sciences Departments

Department of Anatomical Sciences & Neurobiology

Bart Borghuis is currently serving as a Basic Sciences S Associate Professor at University of Louisville.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Bart Borghuis

University of Louisville

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Microglia Are Dispensable for Experience-Dependent Refinement of Mouse Visual Circuitry. Nature Neuroscience (2024)

Thomas C. BrownEmily C. CrouseCecilia A. AttawayDana K. OakesSarah W. MintonBart G. BorghuisAaron W. McGee

cognitive neuroscienceneurologysystems neuroscienceexperience-dependent refinementneurosciencemouse visual circuitry

Direct Comparison Reveals Algorithmic Similarities in Fly and Mouse Visual Motion Detection. iScience (2023)

Juyue ChenCaitlin M GishJames W FransenEmilio Salazar-GatzimasDamon A ClarkBart G Borghuis

motion detectioncomputer visiongeneticscomputer scienceneuroscience

Lrit3 Expression in Cone Photoreceptors Restores Post-Synaptic Bipolar Cell Signalplex Assembly and Partial Function in Lrit3 Mice. iScience (2023)

Ronald G. GreggNazarul HasanBart G. Borghuis

Lrit3 Expression in Cone Photoreceptors Restores Post-Synaptic Bipolar Cell Signalplex Assembly and Function in Lrit3 -/- Mice. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Ronald G. GreggNazarul HasanBart G. Borghuis

Phase Advancing is a Common Property of Multiple Neuron Classes in the Mouse Retina. eNeuro (2022)

Victor J. DePieroBart G. Borghuis

neurologyophthalmologyretinaphase advancingcommon propertymammalian biologymultiple neuron classesdevelopmental neurobiologymouse retinacellular neurobiologyneuroscienceneurophysiology

Restoration of Cone on Bipolar Cells Siglanplex Expression and Function in a Mouse Model of Ccsnb. Investigative Ophthalmology & Visual Science (2021)

Nazarul HasanBart G BorghuisRonald G Gregg

mouse modelvisual sciencegene expressionophthalmology

Author Response for" Scp Off /Scp Bipolar Cell Density Varies by Subtype, Eccentricity and Along the Dorsal Ventral Axis in the Mouse Retina". (2020)

Lrit3 is Required for Nyctalopin Expression and Normal on and Off Pathway Signaling in the Retina. eNeuro (2020)

Nazarul HasanGobinda PangeniThomas A. RayKathryn M. FransenJennifer NoelBart G. BorghuisMaureen A. McCallRonald G. Gregg

Off Bipolar Cell Density Varies by Subtype, Eccentricity, and Along the Dorsal Ventral Axis in the Mouse Retina. The Journal of Comparative Neurology (2020)

Michael J. CamerinoIan J. EngerbretsonParker A. FifeNathan B. ReynoldsMikel H. BerriaJamie R. DoyleMellisa R. ClemonsMichael D. GencarellaBart G. BorghuisPeter G. Fuerst

Author Correction: Stability, Affinity, and Chromatic Variants of the Glutamate Sensor Iglusnfr. Nature Methods (2019)

author correctionbiophysical chemistrybioanalysischemical biologymolecular biologychromatic variantsbiochemistryglutamate sensor iglusnfr

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