Author:
Zwick H.,Stuck B. E.,Elliott W.R.,Lund D.J.,Schuschereba S.T.,Li G.
Abstract
In the high numerical aperture eye of the snake, the photoreceptor matrix can be imaged in vivo under anesthetized conditions, providing a unique capability to image acute photic damage effects on photoreceptor and anterior retinal blood cell dynamics in response to retinal laser injury. New insights into photic damage and neural repair mechanisms become available from such in vivo cellular observations.