92 docs tagged with "cc0"

The 123-eye diagnostic workbook directly evaluates clinical OCT ultrasonography and biomicroscopy for vitreous detachment.

Official Dryad deposit of source-described tabular ophthalmic data for the associated study.

The named DATA.xls and README define a human pediatric ocular-biometry cohort even though the deposit does not state one primary total.

AMD complement/zinc clinical-trial data directly support human retinal disease biomarker and outcome analysis.

Official Dryad deposit of source-described tabular ophthalmic data for the associated study.

Adaptive-optics scanning-light-ophthalmoscopy montages and regions of interest for RPE morphometry and cone-to-RPE analysis.

1,168 anterior-segment OCT images of keratitis with per-pixel lesion, cornea, and iris segmentation labels. Enables 3D reconstruction from B-scan stacks.

Official Dryad deposit of source-described tabular ophthalmic data for the associated study.

The 452-participant longitudinal pediatric biometric workbook is core myopia progression data.

Longitudinal human ophthalmic and OCT measurements in the bariatric cohort are directly reusable clinical data.

The 18-participant final CSV is a direct human geographic-atrophy rehabilitation outcome resource.

The 27-eye BRVO archive contains named OCT, fluorescein, and mfERG research objects for retinal treatment analysis.

Six near-infrared or synthetic iris subsets spanning close-range, lamp variation, twins, distance, large-scale, and synthetic recognition.

The 8,697-image fungal-keratitis dataset has explicit classification and segmentation splits and is directly usable for translational corneal imaging.

This 88-eye human Corvis-ST workbook directly supports corneal measurement after glaucoma therapy.

Human retinitis-pigmentosa WES/SNP data from eight families directly support inherited-retinal-disease analysis.

This 160-patient clinical workbook is directly relevant to ocular injury outcomes and ophthalmic epidemiology.

Experiment tables and scripts evaluate postural stability and optic-flow sensitivity after sight restoration from congenital bilateral cataracts.

Multicenter uveal-melanoma gene-expression, PRAME, clinical, and metastasis-free-survival data for prognostic modeling.

Human conjunctivitis count matrices and sample metadata are direct corneal-disease biomarker data.

The 111-participant raw corneal endothelial dataset is direct pediatric ocular-biometric data.

Two clinical workbooks cover 72 treated eyes and directly support surgical corneal outcome evaluation.

Right-eye corneal OCT and rotating Scheimpflug tomography data with MATLAB code for automatic corneal-layer segmentation.

The 32-eye CRVO tortuosity/VEGF table is direct human retinal vascular disease data.

The 132-participant retinal-artery-occlusion multi-omics release is directly translational and contains data beyond its analysis code.

Participant-level neurophysiologic and ophthalmic outcome measures from Patients diagnosed with hematologic cancer assessed for chemotherapy-related cognitive impairment.

Official Dryad deposit of source-described tabular ophthalmic data for the associated study.

Official Dryad deposit of source-described tabular ophthalmic data for the associated study.

Official Dryad deposit of source-described tabular ophthalmic data for the associated study.

Official Dryad deposit of source-described tabular ophthalmic data for the associated study.

Official Dryad deposit of source-described tabular ophthalmic data for the associated study.

Official Dryad deposit of source-described tabular ophthalmic data for the associated study.

Official Dryad deposit of source-described tabular ophthalmic data for the associated study.

The human diabetic retinal-capillary case-control measurements directly support retinal vascular analysis.

The 413-patient diabetic-retinopathy/macular-edema table is direct human ophthalmic clinical data.

The 17-participant optic-neuritis psychophysics archive is a direct human visual-function evaluation resource.

Dry-eye clinical, tear, and ocular-surface molecular data directly support human ocular-surface disease analysis.

Official Dryad deposit of source-described tabular ophthalmic data for the associated study.

Official Dryad deposit of source-described iris biometric data for the associated study.

Repeated light/dark SD-OCT acquisitions and retinal reflectivity profiles from healthy, neuromyelitis-optica, and Alzheimer groups.

Twelve human fundus-image sequences are a direct ocular imaging resource for venous-pulsation measurement.

Optic-nerve diffusion-MRI assessment data directly support ischemic optic-neuropathy classification.

Official Dryad deposit of source-described tabular ophthalmic data for the associated study.

Systemic mitochondrial-function measurements are directly linked to human glaucoma and LHON disease mechanisms.

Eye-level demographics, clinical measurements, and SD-OCT-derived macular ganglion-cell-complex thickness for glaucoma assessment.

263 eyes × 1,115 visits. Multi-modal: VF (HFA 24-2), fundus photographs, OCT RNFL, IOP, CCT. Labels: VF progression, OD segmentation, glaucoma stage.

Fundus images for glaucoma detection from Harvard Medical School / Mass Eye and Ear. Binary glaucoma classification.

Counts and metadata for 22 people form a directly translational human keratitis transcriptomics resource.

The 28-eye human adaptive-optics archive is directly reusable for foveal cellular imaging and biometric measurement.

The large Indian cataract/UV exposure survey is direct human ophthalmic epidemiology data.

Four exome difference files for three congenital-glaucoma families are directly translational human ocular genetics data.

The 42-participant UV-transmission workbook is direct human ocular-optics measurement data.

The anonymized 7,802-eye human AMD CSV is a clearly defined long-term ophthalmic survival resource.

The 42-eye pediatric optical-quality workbook is directly usable for ocular-biometric measurement and repeatability evaluation.

Individual human iris-feature records are directly reusable for iris biometrics and phenotype classification.

The named CSV and README form a direct human retinal OCT biomarker resource.

Karachi cataract-surgery quality data are direct human ophthalmic population outcomes.

The 131-participant longitudinal lens-fluorescence workbook is core human ocular biometrics data.

The 2,049-surgery cataract outcome file is direct human ophthalmic care data.

The Moorfields nAMD fellow-eye dataset is direct human retinal-disease longitudinal outcome data.

Anonymized clinical metadata and automated 3D OCT segmentation volumes for neovascular age-related macular degeneration.

Longitudinal quantitative OCT biomarkers and treatment-response variables for predicting visual acuity in neovascular AMD.

The 270-eye glaucoma visual-field dataset directly supports prognosis and progression analysis.

The documented Nigerian cataract-service survey is direct human ophthalmic epidemiology data.

The 1,384-eye high-myopia database is a directly reusable human macular clinical cohort.

1,672 OCT B-scans from AMD, DME, and healthy controls with 5,016 multi-grader layer annotations + lesion detection labels.

500 OCT images: NORMAL (206), AMD (50), CSC (128), DR (59), MH (57). High-resolution B-scans for 5-class classification.

Per-patient ocular-surface AMR counts and metadata are direct human keratitis translational data.

3,859 OCT B-scan images (125 eyes, 119 patients) for macular hole segmentation. Each PNG is side-by-side: left half raw B-scan, right half colour-coded mask for 4 classes: Retina, Macular Hole, Intrar

The de-identified 8,174-eye Moorfields AMD CSV is an explicitly released human longitudinal outcome resource.

The pediatric secondary-IOL spreadsheet is a defined direct clinical ophthalmic outcome object.

The defined plane-wave ultrasound/OCTA data file and README directly support human ocular vascular measurement.

The named longitudinal OCT measurement CSV covers 2,115 treated AMD eyes and fits core clinical OCT progression analysis.

RAVI cataract-surgery outcomes are direct human ophthalmic population data.

Clinical records combining retinal nerve fiber layer, visual-field, corneal-thickness, and intraocular-pressure features.

The ROP Doppler examination table is a defined direct neonatal retinal measurement resource.

The paired FASTQ files represent a defined human RPGR cone-rod-dystrophy sequencing object.

Official Dryad deposit of source-described ocular omics data for the associated study.

~12,000 fundus images aggregated from 19 public glaucoma datasets with standardized disc/cup/vessel channels and unified labels. CC0 — fully public domain.

Official Dryad deposit of source-described tabular ophthalmic data for the associated study.

The 33-proband Stargardt variant table is a direct inherited-retinal-disease genomics resource.

Official Dryad deposit of source-described visual-field and retinal measurement data for the associated study.

The 103-patient ten-year AMD outcome CSV is a clearly defined human survival-analysis resource.

The 2,006-participant original-data workbook is directly relevant to human cataract epidemiology and prognosis.

Official Dryad deposit of source-described tabular ophthalmic data for the associated study.

T2-weighted orbital MRI volumes with multi-organ segmentation labels (extraocular muscles, optic nerve, lacrimal gland, orbital fat) and paired clinical data. First public orbital MRI benchmark for th

Human toric-IOL surgical outcome table directly supports cataract-surgery outcome analysis.

The human uveitis expression workbook has a stated 103-enrollment cohort and supports ocular biomarker classification.

The 536-person eye-care quality-of-life dataset is directly usable for human ophthalmic service evaluation.

The prospective multicentre uveitis vitreous biomarker table is direct human ocular disease data.

The four retinal-prosthesis participant dataset is a direct human device-rehabilitation resource rather than generic behavior data.

VKH PBMC transcriptomics and proteomics are a direct translational uveitis biomarker resource.