R. J. Zawadzki

This paper uses a combined AO-OCT-SLO system to measure functional responses in human photoreceptors and investigates SLO retinal biomarkers based on OCT data.

This paper describes a retinal imaging system combining FF-SS-OCT with hardware-based adaptive optics to achieve high-resolution imaging of foveal cones and light-evoked photoreceptor changes.

This study measures light-evoked responses of human rods and cones using adaptive optics optical coherence tomography.

This paper describes an adaptive optics OCT system that measures functional responses of single cones to visible stimuli by detecting phase changes in photoreceptors.

This paper introduces a method using adaptive optics and phase modulation to reduce speckle noise and enhance structure extraction in OCT by creating un-correlated speckle patterns between B-scans.