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for non-invasive health monitoring. Information Tears contain a rich variety of biomarkers associated with both ocular and systemic diseases, including glaucoma, diabetes, Alzheimer's, and cancer. However
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tissue procurement and specimen processing for biorepository. Maintain mouse colonies, which includes breeding, genotyping, and performing necropsies. Conduct experiments using murine ocular melanoma model
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, mentoring, and laboratory compliance. Essential Functions Research design and execution (45%) Design and conduct rigorous in vivo, ex vivo, and in vitro studies relevant to ocular inflammation
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related to ocular diseases with a focus on cell biology and immunology. · Plan, conduct, and analyze experiments using human primary ocular cells, pluripotent stem cells, tissue, organoid models, as
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biology and immunology. · Plan, conduct, and analyze experiments using human primary ocular cells, pluripotent stem cells, tissue, organoid models, as well as animal models. · Analyze, interpret, and
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range of areas, including aging and Alzheimer’s disease, Parkinson’s disease, stroke, traumatic brain injury, glaucoma and ocular pharmacology, drug discovery, neurobiology of substance use disorders, and
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mechanisms underlying ocular and neurodegenerative diseases. The successful candidate will apply advanced computational approaches to integrate multi-omics and imaging datasets, identify disease mechanisms
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Biology and Translational Bioinformatics) to join an innovative translational research program investigating the molecular mechanisms underlying ocular and neurodegenerative diseases. The successful
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maintain mouse models of open angle glaucoma including long term maintenance of a mouse colony; conduct visual functional testing (e.g. optokinetic response and pattern ERG). The PI will train the successful
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utilized ocular tissue biorepository, coordinates collaborations with academic institutions, industry partners, eye banks, and investigators, and ensures regulatory compliance throughout the research