White Light Damage-Induced Retinal Degeneration
White light damage model mimics retinal degeneration, enabling preclinical evaluation of neuroprotective therapies.
Learn moreWhite light damage model mimics retinal degeneration, enabling preclinical evaluation of neuroprotective therapies.
Learn moreLaser-induced ocular hypertension models enable chronic IOP elevation and detailed assessment of glaucomatous damage and therapies.
Learn moreTNF-α-induced uveitis model in rabbits supports preclinical evaluation of ocular inflammation and anti-inflammatory therapies using clinical grading.
Learn moreRetinitis pigmentosa studies at Experimentica combines genetic models with in vivo imaging and molecular analysis tools.
Learn moreThe HUVEC tube formation assay quantifies angiogenesis in vitro by analyzing endothelial response to angiogenic signals and tube formation via imaging.
Learn moreThe sodium iodate-induced retinal degeneration model mimics AMD progression and supports evaluation of therapies using in vivo imaging techniques.
Learn moreA well-established glaucoma model simulating chronic IOP elevation and enabling assessment of optic nerve damage and neuroprotective therapies.
Learn moreOptic Nerve Crush model enables evaluation of therapeutic effects on retinal ganglion cell loss and visual function decline using in vivo method.
Learn moreSTZ-induced diabetic retinopathy model mimics early-stage human disease and supports long-term in vivo imaging and functional assessment.
Learn moreNAION rodent model enables in vivo imaging and functional tests to study optic nerve edema, RGC loss, and treatment effects following ischemic injury.
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