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Title | Creator | Description | Identifier |
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Melanopsin: Targeted Ectopic Expression for Optogenetic Visual Restoration | Michael J. Gilhooley, Moritz Lindner, Steven Hughes, Mark Hankins | Expression of melanopsin renders neural cells sensitive to light, and is emerging as a prime candidate for clinical optogenetic approaches to visual restoration. The retinal neural tissue surviving in the inherited retinal degenerations (IRDs) after visual loss presents a model target for such appro... | 20190319_nanos_sciplatform3_05-video |
2 |
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Melanopsin: Targeted Ectopic Expression for Optogenetic Visual Restoration | Michael J. Gilhooley, Moritz Lindner, Steven Hughes, Mark Hankins | Expression of melanopsin renders neural cells sensitive to light, and is emerging as a prime candidate for clinical optogenetic approaches to visual restoration. The retinal neural tissue surviving in the inherited retinal degenerations (IRDs) after visual loss presents a model target for such appro... | 20190319_nanos_sciplatform3_05-abstract |
3 |
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Melanopsin: Targeted Ectopic Expression for Optogenetic Visual Restoration | Michael J. Gilhooley, Moritz Lindner, Steven Hughes, Mark Hankins | Expression of melanopsin renders neural cells sensitive to light, and is emerging as a prime candidate for clinical optogenetic approaches to visual restoration. The retinal neural tissue surviving in the inherited retinal degenerations (IRDs) after visual loss presents a model target for such appro... | 20190319_nanos_sciplatform3_05_slides |