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Applying electrophysiological techniques to translational vision research

Organizer: Mitchell G Brigell, PhD FARVO, VP Clinical Development, Aerpio Pharmaceuticals

Presentation files

The following files are for use by attendees of the course only. The list below represents the files submitted for delivery to attendees prior to the course. Presenters will be asked to give permission to distribute the remaining presentations after the course.

Basic principles for recording electrophysiologic signals by Mitchell G. Brigell, PhD, FARVO
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Cellular Origins of the Electroretinogram by Laura J. Frishman, PhD
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Using Electrophysiology to Using Electrophysiology to Probe the Visual Cycle by Omar Mahroo, MA, MB, BChir, PhD, FRCOphth, FHEA
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Clinical visual electrophysiology: a practical overview by Graham E Holder, PhD
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Prinicples of Clinical Testing - distributed with permission from Holder GE. Localising lesions in the visual system. in Heckenlively, JR, Arden GB (Eds) Principles and Practice of Clinical Electrophysiology of Vision, 2ndEdition. MIT Press, Cambridge MA, 2006, 505-517
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Application of visual electrophysiology in models of retinal degeneration by Simon Petersen-Jones DVetMed, PhD, DECVO
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Electrophysiology Outcome Measures in Therapeutic Trials for Retinal Degenerations by Mark E. Pennesi, MD, PhD
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Use of visual electrophysiology to detect early neural dysfunction in models of diabetic retinal disease by Machelle T. Pardue, PhD
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The Use of Visual Electrophysiology in Vascular Disorders of the Optic Nerve and Retina by Mary A. Johnson, PhD
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Application of visual electrophysiology to glaucoma models by Bang V. Bui, PhD
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Electrophysiologic measures of retinal ganglion cell dysfunction by Vittorio Porciatti, DSc, FARVO
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Development of the Visual System by Anne Fulton, MD
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Application of visual electrophysiology in pediatric ophthalmology by Scott E. Brodie, MD, PhD, FARVO
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