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demonstrated skills in molecular biology, protein expression and protein purification demonstrated experience with techniques including two-electrode voltage clamp and patch clamp electrophysiology, cell culture
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design, molecular biology, and data-driven discovery to advance understanding of human retinal disease mechanisms and support the development of new treatments. The role includes undertaking both
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innovative molecular biology research independently and collaboratively, focusing on the development of non-viral gene therapy technologies and mitochondrial delivery systems. Design and execute laboratory
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research in retinal neurobiology and iPSC-derived retinal ganglion cell biology, with a focus on drug discovery and optic nerve diseases lead projects independently and as part of a team collaborate with