Faculty

Institution

Unit

Venue

Daniel Tso

Upstate Medical University

Affiliations

Center For Vision Research

Department Of Ophthalmology And Visual Science

Center For Vision Research

College of Graduate Studies

Department Of Ophthalmology And Visual Science

Upstate Medical University

NoneDaniel Tso is currently serving as a Center For Vision Research faculty at Upstate Medical University.

Honors

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Experiences

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Education

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Daniel Tso

Upstate Medical University

You can click a keyword to filter the displayed items

neuroscience ophthalmology vision research retina cognitive neuroscience neuroimaging visual science visual perception neuroanatomy visual system biomedical imaging neuro-ophthalmology cognitive science neurology systems neuroscience neurophysiology mammalian biology optical imaging visual processing primate behavior experimental ophthalmology vascular biology brain organization visual function interocular balance animal cognition neural science independent component analysis functional organization ophthalmology retina avian biology brain imaging visual pathways primate visual cortex color processing macaque striate cortex intrinsic signals retinal responses contextual modulation ocular dominance digestive endoscopy photomedicine medical image computing affective neuroscience developmental cognitive neuroscience animal physiology animal science neuroradiology computational imaging primatology human physiology biomedical optics optical metrology blood flow brain structure optometry spatial cognition color constancy neurodynamics feature detection medical image analysis brain mechanisms brain circuitry vertebrate vision neurovascular diseases tissue oxygenation imaging spectroscopy signal detection tissue imaging form processing modules color connectivity cytochrome oxidase electrophysiological properties rat retinas functional architecture macaque monkey

Notable Scholarly Works

Notable Federal Grants

Collaborators

Safer-Aid: Saccade-Assisted Foveal-Peripheral Vision Enhanced Reconstruction for Adversarial Defense. ArXiv.org (2026)

visual perceptionvision researchadversarial defenseophthalmologyvision rehabilitationvisual systemvisual sciencevisual function

Stimulus-Driven Retinal Intrinsic Signal Optical Imaging in Mouse Demonstrates a Dominant Rod-Driven Component. Investigative Ophthalmology & Visual Science (2020)

Momotaz BegumDorothy P. JoinerDaniel Y. Ts'o

biophysicsvision researchneuroimagingophthalmologyvisual systemneurosciencevisual scienceretinamammalian biologyoptical imaging

Homeostatic Control of Interocular Balance Revealed With Contrast Mismatch. Journal of Vision (2019)

Daniel Y TsoRonald A Miller

contrast mismatchvision researchinterocular balanceneuroimagingophthalmologyhomeostatic controlneuroscience

Cocktails Anyone? Revisiting Ocular Dominance and Opponent Cortical Processing. Journal of Vision (2018)

Daniel TsoRonald MillerMomotaz Begum

vision researchophthalmologyneuroscienceopponent cortical processingcognitive neuroscienceocular dominance

Contextual Modulation Revealed by Optical Imaging Exhibits Figural Asymmetry in Macaque V1 and V2. Eye and Brain (2017)

Mark D ZarellaDaniel Y Ts'o

visual perceptionvision researchneuroimagingophthalmologyneurosciencecognitive scienceanimal cognitioncontextual modulationneuroanatomyneuro-ophthalmologycognitive neuroscience

Integration of Color, Orientation, and Size Functional Domains in the Ventral Pathway. Neurophotonics (2017)

Geoffrey M. GhoseDaniel Y. Ts’o

brain organizationcolor constancyvisual perceptionbiophysicsvisual processingneurosciencevisual scienceneuroanatomymorphology (biology)systems biologysize functional domainssystems neurosciencecognitive neuroscienceventral pathway

Neuronal Responses Underlying Shifts in Interocular Balance Induced by Short-Term Deprivation in Adult Macaque Visual Cortex. Journal of Vision (2017)

Daniel TsoRonald MillerMomotaz Begum

neurologybrain organizationvision researchvisual processingmammalian biologyophthalmologyneurodynamicsneuroscienceinterocular balancevisual scienceneuroanatomyneuro-ophthalmologysystems neuroscienceshort-term deprivationcognitive neurosciencecomputational neuroscienceneuronal responses

Cue Combination Encoding via Contextual Modulation of V1 and V2 Neurons. Eye and Brain (2016)

Mark D ZarellaDaniel Ts'o

cue combinationvision researchophthalmologyneurosciencecontextual modulationcognitive neuroscience

Dominant Role of Arachidonic Acid Pathways in Light-Activated Rod-Induced Neurovascular Response Accessed by Retinal Optical Imaging. Investigative Ophthalmology & Visual Science (2016)

Daniel Y TsoMomotaz Begum

retinal optical imagingneurologyneuroradiologyvisual perceptionvision researcharachidonic acid pathwaysneuroimagingophthalmologyvisual systemneurosciencevisual pathwaysexperimental ophthalmologyvisual scienceneurovascular diseasesvascular biologyneuro-ophthalmology

Shifts in Interocular Balance Resulting From Short-Term Monocular Deprivation in Adult Macaque Visual Cortex Are Not Magno-Dominated. Journal of Vision (2016)

Momotaz BegumDaniel Tso

neurologyvisual perceptionvision researchinterocular balanceophthalmologyvisual systemneurosciencevisual scienceneuro-ophthalmologycognitive neuroscienceshort-term monocular deprivation

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Daniel Tso

Upstate Medical University

Affiliations

Center For Vision Research

Department Of Ophthalmology And Visual Science

Center For Vision Research

College of Graduate Studies

Department Of Ophthalmology And Visual Science

Upstate Medical University

NoneDaniel Tso is currently serving as a Center For Vision Research faculty at Upstate Medical 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

Daniel Tso

Upstate Medical University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Safer-Aid: Saccade-Assisted Foveal-Peripheral Vision Enhanced Reconstruction for Adversarial Defense. ArXiv.org (2026)

visual perceptionvision researchadversarial defenseophthalmologyvision rehabilitationvisual systemvisual sciencevisual function

Stimulus-Driven Retinal Intrinsic Signal Optical Imaging in Mouse Demonstrates a Dominant Rod-Driven Component. Investigative Ophthalmology & Visual Science (2020)

Momotaz BegumDorothy P. JoinerDaniel Y. Ts'o

biophysicsvision researchneuroimagingophthalmologyvisual systemneurosciencevisual scienceretinamammalian biologyoptical imaging

Homeostatic Control of Interocular Balance Revealed With Contrast Mismatch. Journal of Vision (2019)

Daniel Y TsoRonald A Miller

contrast mismatchvision researchinterocular balanceneuroimagingophthalmologyhomeostatic controlneuroscience

Cocktails Anyone? Revisiting Ocular Dominance and Opponent Cortical Processing. Journal of Vision (2018)

Daniel TsoRonald MillerMomotaz Begum

vision researchophthalmologyneuroscienceopponent cortical processingcognitive neuroscienceocular dominance

Contextual Modulation Revealed by Optical Imaging Exhibits Figural Asymmetry in Macaque V1 and V2. Eye and Brain (2017)

Mark D ZarellaDaniel Y Ts'o

visual perceptionvision researchneuroimagingophthalmologyneurosciencecognitive scienceanimal cognitioncontextual modulationneuroanatomyneuro-ophthalmologycognitive neuroscience

Integration of Color, Orientation, and Size Functional Domains in the Ventral Pathway. Neurophotonics (2017)

Geoffrey M. GhoseDaniel Y. Ts’o

Neuronal Responses Underlying Shifts in Interocular Balance Induced by Short-Term Deprivation in Adult Macaque Visual Cortex. Journal of Vision (2017)

Daniel TsoRonald MillerMomotaz Begum

Cue Combination Encoding via Contextual Modulation of V1 and V2 Neurons. Eye and Brain (2016)

Mark D ZarellaDaniel Ts'o

cue combinationvision researchophthalmologyneurosciencecontextual modulationcognitive neuroscience

Dominant Role of Arachidonic Acid Pathways in Light-Activated Rod-Induced Neurovascular Response Accessed by Retinal Optical Imaging. Investigative Ophthalmology & Visual Science (2016)

Daniel Y TsoMomotaz Begum

Shifts in Interocular Balance Resulting From Short-Term Monocular Deprivation in Adult Macaque Visual Cortex Are Not Magno-Dominated. Journal of Vision (2016)

Momotaz BegumDaniel Tso

neurologyvisual perceptionvision researchinterocular balanceophthalmologyvisual systemneurosciencevisual scienceneuro-ophthalmologycognitive neuroscienceshort-term monocular deprivation

1
2
3
4
5
6
10 / page