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 …

Twenty-five years ago, adaptive optics (AO) was combined with fundus photography,
thereby initiating a new era in the field of ophthalmic imaging. Since that time, clinical …

Adaptive optics is a relatively new field, yet it is spreading rapidly and allows new questions
to be asked about how the visual system is organized. The editors of this feature issue have …

Advances in retinal imaging are enabling researchers and clinicians to make precise
noninvasive measurements of the retinal vasculature in vivo. This includes measurements of …

Tissue light scatter limits the visualization of the microvascular network deep inside the living
mammal. The transparency of the mammalian eye provides a noninvasive view of the …

Using adaptive optics scanning laser ophthalmoscopy (AOSLO), we measured retinal blood
velocity and flow in healthy control eyes and eyes of diabetic patients with or without …

Microaneurysms (MAs) are one of the earliest clinically visible signs of diabetic retinopathy
(DR). MA leakage or rupture may precipitate local pathology in the surrounding neural retina …

The flow of erythrocytes in parafoveal capillaries was imaged in the living human eye with
an adaptive optics near-confocal ophthalmoscope at a frame rate of 800 Hz with a low …

Blood flow within the vasculature of the retina has been found to influence the progression of
diabetic retinopathy. In this research cell resolved blood flow simulations are used to study …