Adaptive Optics (AO) retinal imaging has provided revolutionary tools to scientists and
clinicians for studying retinal structure and function in the living eye. From animal models to …

This review describes the progress that has been achieved since adaptive optics (AO) was
incorporated into the ophthalmoscope a quarter of a century ago, transforming our ability to …

The rod photoreceptors are implicated in a number of devastating retinal diseases.
However, routine imaging of these cells has remained elusive, even with the advent of …

We demonstrate ultrahigh speed spectral/Fourier domain optical coherence tomography
(OCT) using an ultrahigh speed CMOS line scan camera at rates of 70,000–312,500 axial …

A quarter century ago, we were limited to a macroscopic view of the retina inside the living
eye. Since then, new imaging technologies, including confocal scanning laser …

Images from high-resolution scanning ophthalmic instruments are significantly distorted due
to eye movement. Accurate image registration is required to successfully image subjects …

Purpose.: To demonstrate a noninvasive method to visualize and analyze the parafoveal
capillary network in humans. Methods.: An adaptive optics scanning laser ophthalmoscope …

Purpose.: Adaptive optics scanning laser ophthalmoscopy (AOSLO) under optimized
wavefront correction allows for routine imaging of foveal cone photoreceptors. The …

The retina is the most accessible element of the central nervous system for linking behavior
to the activity of isolated neurons. We unraveled behavior at the elementary level of single …

We demonstrate a high-speed, image-based tracking scanning laser ophthalmoscope
(TSLO) that can provide high fidelity structural images, real-time eye tracking and targeted …