https://hoodvisualscience.psychology.columbia.edu/daily1.0 https://hoodvisualscience.psychology.columbia.edu/content/about-us2020-03-19T15:22Znever https://hoodvisualscience.psychology.columbia.edu/content/read-me2019-10-31T20:02Znever https://hoodvisualscience.psychology.columbia.edu/events2019-10-31T20:02Znever0.9 https://hoodvisualscience.psychology.columbia.edu/gallery2019-10-31T20:02Znever0.9 https://hoodvisualscience.psychology.columbia.edu/news/24-2-visual-field-guided-progression-analysis-can-miss-clear-progression-glaucoma-identified2021-07-01T18:55Znever https://hoodvisualscience.psychology.columbia.edu/node/1012020-03-29T22:33Znever0.9 https://hoodvisualscience.psychology.columbia.edu/node/1022020-03-29T22:10Znever0.9 https://hoodvisualscience.psychology.columbia.edu/node/1342021-07-01T18:54Znever0.9 https://hoodvisualscience.psychology.columbia.edu/publications/24-2-visual-field-guided-progression-analysis-can-miss-clear-progression-glaucoma2023-02-02T04:02Znever https://hoodvisualscience.psychology.columbia.edu/people/ari-leshno2022-01-25T17:23Znever https://hoodvisualscience.psychology.columbia.edu/publications/rationale-and-development-oct-based-method-detection-glaucomatous-optic-neuropathy2022-02-28T15:05Znever https://hoodvisualscience.psychology.columbia.edu/publications/detecting-glaucoma-only-oct-implications-clinic-research-screening-and-ai-development2022-02-28T15:05Znever https://hoodvisualscience.psychology.columbia.edu/publications/oct-rnfl-probability-map-and-artifacts-resembling-glaucomatous-damage2022-04-04T14:08Znever https://hoodvisualscience.psychology.columbia.edu/publications/detection-early-glaucomatous-damage-performance-summary-statistics-optical-coherence2022-04-04T14:11Znever https://hoodvisualscience.psychology.columbia.edu/publications/distinguishing-healthy-glaucomatous-eyes-oct-global-circumpapillary-retinal-nerve2022-04-04T14:15Znever https://hoodvisualscience.psychology.columbia.edu/people/anna-sun2022-04-06T01:58Znever https://hoodvisualscience.psychology.columbia.edu/people/sitara-h-hirji2022-04-06T02:00Znever https://hoodvisualscience.psychology.columbia.edu/publications/icd-10-glaucoma-severity-score-underestimates-extent-glaucomatous-optic-nerve-damage2023-02-02T03:55Znever https://hoodvisualscience.psychology.columbia.edu/publications/detecting-glaucoma-only-oct-implications-clinic-research-screening-and-ai-02023-02-02T03:58Znever https://hoodvisualscience.psychology.columbia.edu/publications/detecting-glaucoma-only-oct-implications-clinic-research-screening-and-ai-12023-02-02T03:58Znever https://hoodvisualscience.psychology.columbia.edu/events/past2023-10-13T08:59Znever0.9 https://hoodvisualscience.psychology.columbia.edu/services2026-07-07T14:26Zdaily0.9 https://hoodvisualscience.psychology.columbia.edu/directory2026-07-07T14:26Zdaily0.9 https://hoodvisualscience.psychology.columbia.edu/people/sol-la-bruna2022-09-14T17:57Znever https://hoodvisualscience.psychology.columbia.edu/publications2026-05-13T14:16Zyearly0.9 https://hoodvisualscience.psychology.columbia.edu/node/332019-11-01T18:37Znever0.9 https://hoodvisualscience.psychology.columbia.edu/people2021-12-07T16:25Znever0.9 https://hoodvisualscience.psychology.columbia.edu/home2026-05-13T14:15Zyearly1.0 https://hoodvisualscience.psychology.columbia.edu/people/donald-c-hood2020-03-21T19:12Znever https://hoodvisualscience.psychology.columbia.edu/people/grace-mao2021-06-09T20:24Znever https://hoodvisualscience.psychology.columbia.edu/people/manos-tsamis2024-07-28T14:26Zyearly https://hoodvisualscience.psychology.columbia.edu/publications/24-2-visual-field-test-misses-central-macular-damage-confirmed-10-2-visual-field-test2020-03-21T16:24Znever https://hoodvisualscience.psychology.columbia.edu/publications/24-2-visual-fields-miss-central-defects-shown-10-2-tests-glaucoma-suspects-ocular2020-03-20T20:35Znever https://hoodvisualscience.psychology.columbia.edu/publications/acute-zonal-occult-outer-retinopathy-structural-and-functional-analysis-across2020-03-20T20:18Znever https://hoodvisualscience.psychology.columbia.edu/publications/adaptive-optics-imaging-healthy-and-abnormal-regions-retinal-nerve-fiber-bundles2020-03-21T16:31Znever https://hoodvisualscience.psychology.columbia.edu/publications/association-between-clinical-features-seen-fundus-photographs-and-glaucomatous-damage2020-03-21T15:41Znever https://hoodvisualscience.psychology.columbia.edu/publications/association-between-undetected-10-2-visual-field-damage-and-vision-related-quality2020-03-20T20:54Znever https://hoodvisualscience.psychology.columbia.edu/publications/association-glaucoma-related-optical-coherence-tomography-measured-macular-damage2020-03-20T20:25Znever https://hoodvisualscience.psychology.columbia.edu/publications/association-macular-visual-field-measurements-glaucoma-staging-systems2020-03-20T19:48Znever https://hoodvisualscience.psychology.columbia.edu/publications/automated-method-assessing-topographical-structure-function-agreement-abnormal2020-03-20T14:36Znever https://hoodvisualscience.psychology.columbia.edu/publications/central-glaucomatous-damage-macula-can-be-overlooked-conventional-oct-retinal-nerve2020-03-21T16:16Znever https://hoodvisualscience.psychology.columbia.edu/publications/challenges-common-clinical-paradigm-diagnosis-glaucomatous-damage-oct-and-visual2020-03-20T14:28Znever https://hoodvisualscience.psychology.columbia.edu/publications/cobalt-chromium-metallosis-normal-electroretinogram2020-03-21T15:57Znever https://hoodvisualscience.psychology.columbia.edu/publications/comparative-study-j-glaucoma-26-5-498-504-may-2017-association-between-clinical2020-03-21T15:39Znever https://hoodvisualscience.psychology.columbia.edu/publications/comparison-en-face-optical-coherence-tomography-and-fundus-autofluorescence-stargardt2019-11-05T16:20Znever https://hoodvisualscience.psychology.columbia.edu/publications/comparison-structural-and-functional-changes-patients-screened-hydroxychloroquine2020-03-21T16:35Znever https://hoodvisualscience.psychology.columbia.edu/publications/comparison-widefield-and-circumpapillary-circle-scans-detecting-glaucomatous2019-11-01T18:48Znever https://hoodvisualscience.psychology.columbia.edu/publications/confocal-adaptive-optics-imaging-peripapillary-nerve-fiber-bundles-implications2020-03-21T16:00Znever https://hoodvisualscience.psychology.columbia.edu/publications/deep-defects-seen-visual-fields-spatially-correspond-well-loss-retinal-nerve-fiber2020-03-20T20:03Znever https://hoodvisualscience.psychology.columbia.edu/publications/defects-along-blood-vessels-glaucoma-suspects-and-patients2020-03-21T16:22Znever https://hoodvisualscience.psychology.columbia.edu/publications/details-glaucomatous-damage-are-better-seen-oct-en-face-images-oct-retinal-nerve-fiber2020-03-21T16:04Znever https://hoodvisualscience.psychology.columbia.edu/publications/detecting-glaucomatous-progression-region-interest-approach-optical-coherence2020-03-20T20:14Znever https://hoodvisualscience.psychology.columbia.edu/publications/detecting-progression-advanced-glaucoma-are-optical-coherence-tomography-global2021-05-12T14:18Znever https://hoodvisualscience.psychology.columbia.edu/publications/diffuse-macular-damage-mild-moderate-glaucoma-associated-decreased-visual-function2020-03-20T16:31Znever https://hoodvisualscience.psychology.columbia.edu/publications/does-retinal-ganglion-cell-loss-precede-visual-field-loss-glaucoma2020-03-20T14:21Znever https://hoodvisualscience.psychology.columbia.edu/publications/effectiveness-qualitative-approach-toward-evaluating-oct-imaging-detecting2020-03-20T19:54Znever https://hoodvisualscience.psychology.columbia.edu/publications/efficacy-deep-learning-system-detecting-glaucomatous-optic-neuropathy-based-color2019-11-01T17:41Znever https://hoodvisualscience.psychology.columbia.edu/publications/enhancing-accuracy-glaucoma-detection-oct-probability-maps-using-convolutional-neural2020-03-20T16:36Znever https://hoodvisualscience.psychology.columbia.edu/publications/evaluation-method-estimating-retinal-ganglion-cell-counts-using-visual-fields-and2020-03-21T16:26Znever https://hoodvisualscience.psychology.columbia.edu/publications/evaluation-new-24-2-metric-detecting-early-central-glaucomatous-damage2020-08-25T13:56Znever https://hoodvisualscience.psychology.columbia.edu/publications/evaluation-qualitative-approach-detecting-glaucomatous-progression-using-wide-field2020-03-20T20:08Znever https://hoodvisualscience.psychology.columbia.edu/publications/evaluation-region-interest-approach-detecting-progressive-glaucomatous-macular-damage2020-03-20T20:06Znever https://hoodvisualscience.psychology.columbia.edu/publications/examination-frequency-paravascular-defects-and-epiretinal-membranes-eyes-early2020-03-20T19:44Znever https://hoodvisualscience.psychology.columbia.edu/publications/four-questions-every-clinician-diagnosing-and-monitoring-glaucoma2019-11-01T17:41Znever https://hoodvisualscience.psychology.columbia.edu/publications/glaucomatous-damage-macula2020-03-20T14:29Znever https://hoodvisualscience.psychology.columbia.edu/publications/global-optical-coherence-tomography-measures-detecting-progression-glaucoma-have2021-01-16T14:05Znever https://hoodvisualscience.psychology.columbia.edu/publications/hybrid-deep-learning-single-wide-field-optical-coherence-tomography-scans-accurately2020-03-20T20:12Znever https://hoodvisualscience.psychology.columbia.edu/publications/imaging-glaucoma2020-03-21T16:25Znever https://hoodvisualscience.psychology.columbia.edu/publications/improving-detection-glaucoma-and-its-progression-topographical-approach2020-06-01T22:42Znever https://hoodvisualscience.psychology.columbia.edu/publications/improving-our-understanding-and-detection-glaucomatous-damage-approach-based-upon2019-11-01T17:26Znever https://hoodvisualscience.psychology.columbia.edu/publications/interindividual-variations-foveal-anatomy-and-artifacts-seen-inner-retinal-probability2020-03-20T19:59Znever https://hoodvisualscience.psychology.columbia.edu/publications/local-glaucomatous-defects-circumpapillary-retinal-nerve-fiber-layer-show-variety2020-11-04T18:34Znever https://hoodvisualscience.psychology.columbia.edu/publications/macular-damage-determined-structure-function-staging-associated-worse-vision-related2020-03-20T19:51Znever https://hoodvisualscience.psychology.columbia.edu/publications/near-infrared-autofluorescence-its-relationship-short-wavelength-autofluorescence-and2020-03-21T16:28Znever https://hoodvisualscience.psychology.columbia.edu/publications/oct-circle-scans-can-be-used-study-many-eyes-advanced-glaucoma2019-12-05T18:34Znever https://hoodvisualscience.psychology.columbia.edu/publications/optical-coherence-tomography-and-glaucoma-progression-comparison-region-interest2019-11-01T18:54Znever https://hoodvisualscience.psychology.columbia.edu/publications/optical-coherence-tomography-and-glaucoma-progression-comparison-region-interest-02020-03-21T15:36Znever https://hoodvisualscience.psychology.columbia.edu/publications/optical-coherence-tomography-can-be-used-assess-glaucomatous-optic-nerve-damage-most2020-08-27T15:02Znever https://hoodvisualscience.psychology.columbia.edu/publications/progression-local-glaucomatous-damage-near-fixation-seen-adaptive-optics-imaging2020-03-20T20:22Znever https://hoodvisualscience.psychology.columbia.edu/publications/qualitative-evaluation-neuroretinal-rim-and-retinal-nerve-fibre-layer-optical2019-11-01T17:00Znever https://hoodvisualscience.psychology.columbia.edu/publications/quantitative-fundus-autofluorescence-and-optical-coherence-tomography-abca4-carriers2020-03-21T16:13Znever https://hoodvisualscience.psychology.columbia.edu/publications/rates-decline-regions-visual-field-defined-frequency-domain-optical-coherence2020-03-21T16:32Znever https://hoodvisualscience.psychology.columbia.edu/publications/reasons-why-oct-global-circumpapillary-retinal-nerve-fiber-layer-thickness-poor2020-11-04T18:37Znever https://hoodvisualscience.psychology.columbia.edu/publications/region-interest-approach-detecting-progression-glaucomatous-damage-optical-coherence2020-03-21T16:11Znever https://hoodvisualscience.psychology.columbia.edu/publications/reliability-manual-procedure-marking-ez-endpoint-location-patients-retinitis2020-03-21T15:54Znever https://hoodvisualscience.psychology.columbia.edu/publications/schisis-retinal-nerve-fiber-layer-epiretinal-membranes2020-03-20T16:39Znever https://hoodvisualscience.psychology.columbia.edu/publications/single-wide-field-oct-protocol-can-provide-compelling-information-diagnosis-early2020-03-21T15:46Znever https://hoodvisualscience.psychology.columbia.edu/publications/strategies-improve-convolutional-neural-network-generalizability-and-reference2021-05-25T13:24Znever https://hoodvisualscience.psychology.columbia.edu/publications/structure-function-agreement-better-commonly-thought-eyes-early-glaucoma2020-03-20T14:22Znever https://hoodvisualscience.psychology.columbia.edu/publications/technology-and-glaucoma-suspect2020-03-21T15:51Znever https://hoodvisualscience.psychology.columbia.edu/publications/topographic-comparison-oct-minimum-rim-width-bmo-mrw-and-circumpapillary-retinal-nerve2020-06-12T17:43Znever https://hoodvisualscience.psychology.columbia.edu/research-projects2020-01-23T20:26Znever0.9 https://hoodvisualscience.psychology.columbia.edu/research-projects/glaucoma-detection2020-01-28T21:32Znever https://hoodvisualscience.psychology.columbia.edu/research-projects/glaucoma-high-myopes2020-01-22T21:21Znever https://hoodvisualscience.psychology.columbia.edu/research-projects/glaucoma-progression2020-01-23T16:47Znever https://hoodvisualscience.psychology.columbia.edu/research-projects/measures-human-photoreceptors-and-bipolar-activity2020-01-23T16:52Znever https://hoodvisualscience.psychology.columbia.edu/research-projects/measures-local-retinal-damage-multifocal-erg2020-01-23T16:52Znever https://hoodvisualscience.psychology.columbia.edu/research-projects/measures-receptor-health-use-clinical-trials2020-01-24T21:49Znever https://hoodvisualscience.psychology.columbia.edu/research-projects/structure-function-agreement2020-01-23T16:48Znever https://hoodvisualscience.psychology.columbia.edu/videos2020-03-29T22:38Znever0.9