| Document Date: 2008-08-15 16:20:51
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City Rome / / Company IPL / AMD / / Country United States / / / Facility University of Utah / Bryan W. Jones University of Utah / Bunker et al. / / / IndustryTerm vascular network / neuroprosthetic devices / cellular devices / actual disease process neural systems / prosthetic devices / neural networks / oculomotor systems / bi-laminar device / normal visual information processing / retinal networks / bipolar-amacrine cell networks / image processor / bionic prosthetic devices / image-processing layer / / MedicalCondition glaucoma / inherited retinal degenerations / diabetic retinopathy / retinal degenerations / genetic disease / disease / retinitis pigmentosa / recessive Stargardt disease / X-linked retinitis pigmentosa / retinal diseases / macular degeneration / congenital amaurosis / drive ganglion / retinal degenerative disease / ganglion / retinal degeneration / scintillating scotomas / Retinal Disease / massive ganglion / diseases / epilepsy / well characterized retinitis pigmentosa / actual disease / separate ganglion / blindness / / Organization University of Utah / Moran Eye Center / / Person Carl B. Watt / Bryan W. Jones / Robert E. Marc / Mario Capecchi / / / Position Corresponding Author / / ProvinceOrState Utah / / Technology image processor / gene expression / / URL http /
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Chapter 3: Retinal remodeling and visual prosthetics Bryan W. Jones, Robert E. Marc, Carl B. Watt B.W. Jones, R. E. Marc, C.B. Watt, Dept. Ophthalmology, Moran Eye Center, University