Assessment of anti-angiogenic potential (HUVEC tube formation assay) Assessment of anti-angiogenic potential (HUVEC tube formation assay) A validated model to test the anti-angiogenic potential of a drug. Related In Vitro Angiogenesis
Assessment of toxicity responses in human retinoblastoma cells Assessment of toxicity responses in human retinoblastoma cells An assessment and prediction tool of a drug-induced toxicity on human retinoblastoma cells. Related In Vitro Tolerability and Toxicity Neuroprotection
Corneal epithelial cells viability Corneal epithelial cells viability A way to assess the acute and chronic toxic or protective effects of a novel drug candidate or topical formulation. Related In Vitro Tolerability and Toxicity Cornea
Corneal Permeation Assay Corneal Permeation Assay The exploration of a drug candidate’s ability to enter the eye by transcorneal route. Related In Vitro Ex Vivo Cornea Dry Eye Disease Permeability
Permeation across Retinal Pigment Epithelium barrier Permeation across Retinal Pigment Epithelium barrier RPE cell monolayers make a tight paracellular barrier that can be used to screen early-stage drug candidates. Related In Vitro Permeability
Primary adult rat optic nerve head astrocytes Primary adult rat optic nerve head astrocytes A validated, standardized screening method for glioprotective drug candidates using primary adult rat ONHAs. Related In Vitro Glaucoma
Primary Cortical Neurons for Toxicity Testing Primary Cortical Neurons for Toxicity Testing An assessment and prediction of drug-induced neuroprotection and toxicity in rat primary cortical neurons. Related In Vitro Tolerability and Toxicity Neuroprotection
Proliferation of primary bovine retinal endothelial cells Proliferation of primary bovine retinal endothelial cells A physiologically relevant cellular model to assess angiogenesis. Related In Vitro Angiogenesis Retina
Toxicity responses in human retinal pigment epithelium cells Toxicity responses in human retinal pigment epithelium cells An in vitro assay to help assess and predict drug-induced toxicity on the retinal pigment epithelium (RPE) cells. Related In Vitro Tolerability and Toxicity Retina
