University · founded 1971

SUNY College of Optometry

New York, United States · sunyopt.edu

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Citations, last 5 years: 1 386
Works, last 5 years: 231
h-index: 129
Scientists listed: 16
Grants since 2016: 63

Grants received

2025–2028 · fellowship · F32

Auditory perceptual processing in the primate superior colliculus

Christopher Wood Conroy · SUNY College of Optometry · funded by National Institutes of Health

$78.5k

2024–2028 · career development · K08

The Effect of Myopia on Retinal Ganglion Cells, Astrocytes and Vasculature, and its Relationsip to Glaucoma Susceptibility

Carol Lin · SUNY College of Optometry · funded by National Institutes of Health

$161.6kOphthalmology and Visual Impairment Studies

2024–2026 · research · R21

Shape Distortions seen by Amblyopic Children: Pereceptograms and Neural Models

Qasim Zaidi · SUNY College of Optometry · funded by National Institutes of Health

$245.3kVisual perception and processing mechanisms

2024–2028 · career development · K08

The Effect of Myopia on Retinal Ganglion Cells, Astrocytes and Vasculature, and its Relationsip to Glaucoma Susceptibility

Carol Lin · SUNY College of Optometry · funded by National Institutes of Health

$161.6k

2024–2027 · research · R21

Shape Distortions seen by Amblyopic Children: Pereceptograms and Neural Models

Qasim Zaidi · SUNY College of Optometry · funded by National Institutes of Health

$204.4k

2023–2026 · research · R21

Orientation Processing Deficits in Amblyopia: Neural Bases to Functional Implications

Qasim Zaidi · SUNY College of Optometry · funded by National Institutes of Health

$204.4kVisual perception and processing mechanisms

2023–2028 · research · R01

Myopia and Glaucoma, Linked via Mechanotransduction Mechanisms Affecting the Ganglion Cell Complex

Alexandra Benavente-Perez · SUNY College of Optometry · funded by National Institutes of Health

$408.8k

2023–2028 · research · R01

Myopia and Glaucoma, Linked via Mechanotransduction Mechanisms Affecting the Ganglion Cell Complex

Alexandra Benavente-Perez · SUNY College of Optometry · funded by National Institutes of Health

$408.8k

2023–2025 · research · R21

Orientation Processing Deficits in Amblyopia: Neural Bases to Functional Implications

Qasim Zaidi · SUNY College of Optometry · funded by National Institutes of Health

$245.3kVisual perception and processing mechanisms

2023–2028 · research · R01

Myopia and Glaucoma, Linked via Mechanotransduction Mechanisms Affecting the Ganglion Cell Complex

Alexandra Benavente-Perez · SUNY College of Optometry · funded by National Institutes of Health

$347.4k

2022–2026 · research · R01

Molecular Mechanisms of Emmetropization and Experimental Myopia at Single Cell Resolution

Alexandra Benavente-Perez · SUNY College of Optometry · funded by National Institutes of Health

$580.6kOphthalmology and Visual Impairment Studies

2022–2026 · research · R01

Molecular Mechanisms of Emmetropization and Experimental Myopia at Single Cell Resolution

Botond Roska · SUNY College of Optometry · funded by National Institutes of Health

$600.7kOphthalmology and Visual Impairment Studies

2022–2027 · research · R01

The Role of Retinal Progenitor microRNAs for Late-stage Progenitor Cell State and Muller Glia Reprogramming

Stefanie G Wohl · SUNY College of Optometry · funded by National Institutes of Health

$405k

2022–2027 · research · R01

The Role of Retinal Progenitor microRNAs for Late-stage Progenitor Cell State and Muller Glia Reprogramming

Stefanie G Wohl · SUNY College of Optometry · funded by National Institutes of Health

$405k

2022–2027 · research · R01

The Role of Retinal Progenitor microRNAs for Late-stage Progenitor Cell State and Muller Glia Reprogramming

Stefanie G Wohl · SUNY College of Optometry · funded by National Institutes of Health

$405k

2022–2026 · research · R01

Molecular Mechanisms of Emmetropization and Experimental Myopia at Single Cell Resolution

Botond Roska · SUNY College of Optometry · funded by National Institutes of Health

$579.8kOphthalmology and Visual Impairment Studies

2022–2027 · research · R01

The Role of Retinal Progenitor microRNAs for Late-stage Progenitor Cell State and Muller Glia Reprogramming

Stefanie G Wohl · SUNY College of Optometry · funded by National Institutes of Health

$405k

2022–2027 · research · R01

Molecular Mechanisms of Emmetropization and Experimental Myopia at Single Cell Resolution

Alexandra Benavente-Perez · SUNY College of Optometry · funded by National Institutes of Health

$494.1k

2021–2026 · research · R00

Development of a Multi-sensory Rehabilitation Program for People with Ultra Low Vision

Arathy Ganga Kartha · SUNY College of Optometry · funded by National Institutes of Health

$248.6k

2021–2026 · research · R00

Development of a Multi-sensory Rehabilitation Program for People with Ultra Low Vision

Arathy Ganga Kartha · SUNY College of Optometry · funded by National Institutes of Health

$248.8k

2021–2027 · research · R00

Development of a Multi-sensory Rehabilitation Program for People with Ultra Low Vision

Arathy Ganga Kartha · SUNY College of Optometry · funded by National Institutes of Health

$244.6k

2019–2024 · research · R01

Saccade Target Selection in Naturalistic Visual Search

Robert M Mcpeek · SUNY College of Optometry · funded by National Institutes of Health

$622kSpatial Neglect and Hemispheric Dysfunction

2019–2024 · research · R01

Saccade Target Selection in Naturalistic Visual Search

Robert M Mcpeek · SUNY College of Optometry · funded by National Institutes of Health

$562.5kSpatial Neglect and Hemispheric Dysfunction

2019–2024 · research · R01

Saccade Target Selection in Naturalistic Visual Search

Robert M Mcpeek · SUNY College of Optometry · funded by National Institutes of Health

$568.7kSpatial Neglect and Hemispheric Dysfunction

2019–2025 · research · R01

Saccade Target Selection in Naturalistic Visual Search

Robert M Mcpeek · SUNY College of Optometry · funded by National Institutes of Health

$573.8kSpatial Neglect and Hemispheric Dysfunction

2019–2024 · research · R01

Saccade Target Selection in Naturalistic Visual Search

Robert M Mcpeek · SUNY College of Optometry · funded by National Institutes of Health

$634.2kSpatial Neglect and Hemispheric Dysfunction

2019–2030 · research · R01

Saccade Target Selection in Naturalistic Visual Search

Robert M Mcpeek · SUNY College of Optometry · funded by National Institutes of Health

$642k

2017–2022 · research · R01

Neuronal mechanisms of cortical processing in early vision

Jose Manuel Alonso · SUNY College of Optometry · funded by National Institutes of Health

$405k

2017–2022 · research · R01

Neuronal mechanisms of cortical processing in early vision

Jose Manuel Alonso · SUNY College of Optometry · funded by National Institutes of Health

$405k

2017–2023 · research · R01

Neuronal mechanisms of cortical processing in early vision

Jose Manuel Alonso · SUNY College of Optometry · funded by National Institutes of Health

$392.9k

2017–2022 · research · R01

Permeability of Lens Gap Junction Channels

Miduturu Srinivas · SUNY College of Optometry · funded by National Institutes of Health

$378.1kConnexins and lens biology

2017–2019 · fellowship · F32

Neuronal mechanisms of luminance-modulated ON/OFF asymmetries in the visual cortex

Reece Mazade · SUNY College of Optometry · funded by National Institutes of Health

$52.5k

2017–2019 · fellowship · F32

Neuronal mechanisms of luminance-modulated ON/OFF asymmetries in the visual cortex

Reece Mazade · SUNY College of Optometry · funded by National Institutes of Health

$61.6k

2017–2019 · fellowship · F32

Neuronal mechanisms of luminance-modulated ON/OFF asymmetries in the visual cortex

Reece Mazade · SUNY College of Optometry · funded by National Institutes of Health

$58.7k

2017–2022 · research · R01

Permeability of Lens Gap Junction Channels

Miduturu Srinivas · SUNY College of Optometry · funded by National Institutes of Health

$362.6kConnexins and lens biology

2017–2022 · research · R01

Neuronal mechanisms of cortical processing in early vision

Jose Manuel Alonso · SUNY College of Optometry · funded by National Institutes of Health

$405k

2017–2022 · research · R01

Permeability of Lens Gap Junction Channels

Miduturu Srinivas · SUNY College of Optometry · funded by National Institutes of Health

$362.6kConnexins and lens biology

2017–2022 · research · R01

Permeability of Lens Gap Junction Channels

Miduturu Srinivas · SUNY College of Optometry · funded by National Institutes of Health

$379.3kConnexins and lens biology

2017–2022 · research · R01

Neuronal mechanisms of cortical processing in early vision

Jose Manuel Alonso · SUNY College of Optometry · funded by National Institutes of Health

$405k

2017–2023 · research · R01

Permeability of Lens Gap Junction Channels

Miduturu Srinivas · SUNY College of Optometry · funded by National Institutes of Health

$337.9kConnexins and lens biology