Video

Joseph Carroll, PhD, explains adaptive optics

Joseph Carroll, PhD, explains how adaptive optics imaging is used to compare normal and diseased retinas.

Historic first images of rod photoreceptors in the living human eye

Alfredo Dubra, PhD, reports on the adaptive optics techniques critical for early detection of eye disease.

Joseph Carroll, PhD, reports on the use of adaptive optics in eye research

This video describes the first views of the photoreceptor cells of the living retina.

Alfredo Dubra, PhD, and the Catalyst for a Cure team describe glaucoma research

A short video reporting research progress from the Catalyst for a Cure, a multi-year collaborative project funded by Glaucoma Research Foundation.

Retina Photoreceptor movie

A typical high resolution movie of a subject's retina recorded during an imaging session. This movie shows light reflected from a central part of the retina, called the fovea. Each bright spot in this movie corresponds to a cone photoreceptor.

 

Retina Photoreceptors from the fovea

Reflectance AOSLO movies from a young subject's fovea. The bright spots are cone photoreceptors. The images are sinusoidally warped along the horizontal direction and each of them subtends a field of view of approximately 1.5x1.6 degrees (HxV).