Adjuvant Ketorolac and Dexamethasone + Hypoxic Human Retinal Pigment Epithelium (RPE) and Endothelial Cells (HREC)
Observation-level human or human-derived measurements/signals. from Human RPE and retinal endothelial cells cultured under hypoxia.
Observation-level human or human-derived measurements/signals. from Human RPE and retinal endothelial cells cultured under hypoxia.
AMD complement/zinc clinical-trial data directly support human retinal disease biomarker and outcome analysis.
Observation-level source data, annotations, or signals. from Glaucoma patients and human serum are explicitly stated.
Single-cell transcriptomes, organoid time series, and human retinal-periphery ischemia series from Functionally intact human retina and light-responsive human retinal organoids.
Human retinitis-pigmentosa WES/SNP data from eight families directly support inherited-retinal-disease analysis.
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.
Human POAG genotype observations.
The 132-participant retinal-artery-occlusion multi-omics release is directly translational and contains data beyond its analysis code.
Sample-level mass-spectrometry metabolomics measurements from Plasma measurements from people with primary angle-closure glaucoma, as stated by the linked study title and source description.
Dry-eye clinical, tear, and ocular-surface molecular data directly support human ocular-surface disease analysis.
Observation-level human or human-derived measurements/signals. from Six inherited-macular-disorder patients and three healthy relatives from Japanese families.
Systemic mitochondrial-function measurements are directly linked to human glaucoma and LHON disease mechanisms.
Counts and metadata for 22 people form a directly translational human keratitis transcriptomics resource.
Four exome difference files for three congenital-glaucoma families are directly translational human ocular genetics data.
Human tissue transcriptional and microbiome measurements from Orbital tissue from people with Graves' orbitopathy and relevant human microbiome samples.
Per-patient ocular-surface AMR counts and metadata are direct human keratitis translational data.
Observation-level human or human-derived measurements/signals. from Patients with ocular disease, including POAG context.
Observation-level human or human-derived measurements/signals. from Vitreous from two AIR patients and three macular-hole controls.
Observation-level source data, annotations, or signals. from Source explicitly identifies 22 people with and without proliferative retinopathy.
Observation-level source data, annotations, or signals. from Human retinal organoids are explicitly stated.
Observation-level source data, annotations, or signals. from Source identifies serum metabolomic data from infants with retinopathy of prematurity.
The paired FASTQ files represent a defined human RPGR cone-rod-dystrophy sequencing object.
Human-derived ocular cell experimental measurements from Human adult donor-eye cells and hESC-derived ocular lineages.
Observation-level human or human-derived measurements/signals. from Keratoconus, post-laser ectasia, PMD and control participants.
Official Dryad deposit of source-described ocular omics data for the associated study.
The 33-proband Stargardt variant table is a direct inherited-retinal-disease genomics resource.
Observation-level source data, annotations, or signals. from Adult dupilumab-treated patients with ocular adverse events; paired conjunctival-impression samples at baseline/follow-up.
Observation-level human or human-derived measurements/signals. from Glaucoma and healthy human participants.
The human uveitis expression workbook has a stated 103-enrollment cohort and supports ocular biomarker classification.
The prospective multicentre uveitis vitreous biomarker table is direct human ocular disease data.
VKH PBMC transcriptomics and proteomics are a direct translational uveitis biomarker resource.