Our paper "High-speed three-dimensional human retinal imaging by line-field spectral domain optical coherence tomography" was published in Optics Express. This paper describes a high-speed parallel spectral domain optical coherence tomography system and its optimization for in vivo retinal imaging. This system has the measurement speed of 823,200 A-lines/s for a single frame cross-sectional measurement and 51,500 A-lines/s for a three-dimensional volumetric measurement. The sensitivity was measured to be 89.4 dB with a probe power of 112 uW, and the axial resolution was measured to be 7.4 um.
This article is open access and downloadable from this page.