The visualization and assessment of retinal microvasculature are important in the study,
diagnosis, monitoring, and guidance of treatment of ocular and systemic diseases. With the …

In vivo imaging of the human retina with a resolution that allows visualization of cellular
structures has proven to be essential to broaden our knowledge about the physiology of this …

Purpose: Optical coherence tomography (OCT) has enabled “virtual biopsy” of the living
human retina, revolutionizing both basic retina research and clinical practice over the past 25 …

We interfaced color Doppler Fourier domain optical coherence tomography (CD-FDOCT)
with a commercial OCT system to perform in vivo studies of human retinal blood flow in real …

We have combined Fourier-domain optical coherence tomography (FD-OCT) with a closed-loop
adaptive optics (AO) system using a Hartmann-Shack wavefront sensor and a bimorph …

Purpose Phase-variance optical coherence tomography (PV-OCT) provides volumetric imaging
of the retinal vasculature without the need for intravenous injection of a fluorophore. We …

We report the first observations of the three-dimensional morphology of cone photoreceptors
in the living human retina. Images were acquired with a high-speed adaptive optics (AO) …

Detailed visualization of microvascular changes in the human retina is clinically limited by the
capabilities of angiography imaging, a 2D fundus photograph that requires an intravenous …

Objectives To elucidate the visual significance of the foveal pit by measuring foveal architecture
and function and to reassess use of the termfoveal hypoplasia(as visual acuity can vary …

We present in vivo volumetric images of human retinal micro-circulation using Fourier-domain
optical coherence tomography (Fd-OCT) with the phase-variance based motion contrast …