TDOCT was performed using the fast macular scan (StratusOCT, Carl Zeiss Meditec, Dublin, California).
Foveal thickness measurements by third-generation OCT (Stratus OCT III), using the fast macular thickness scan, stereoscopic fundus photographs (seven fields), and intraocular pressure measurements using a Goldman applanation tonometer were performed at weeks 8, 16, 24, and 32.
Macular thickness OCT was used to quantify retinal thickness (Stratus OCT 3000; Carl Zeiss, Welwyn Garden City, UK) using the fast macular thickness scanning protocol following pupil dilation in both eyes.
Briefly, the mean intensity on a scale ranging from 0 (black) to 4095 (white) was measured each time using the fast XY acquisition mode (scan speed: 1.08 s/scan).
Scanning was performed using the fast macular thickness map protocol, consisting of six evenly spaced 6-mm radial lines for quantitative measurements; each line consisted of 128 A-scans, intersecting at the fovea, for a total of 768 sampled points with a scanning time of 1.9 s.
Using this fast scanning electron diffraction method we are able to record and assess the structure of the Au102 p-MBA)44 cluster with Au102 p-MBAing precision.
The retina is scanned with a vertical-fast raster scanning protocol using two galvanometric scanners in which the slow scan is in the horizontal plane and the fast scan is in the vertical plane.
The scanning procedure is similar to that used in any confocal microscope, where the fast scanning is en-face (line rate, using the scanner SX) and the frame scanning is much slower (at the frame rate, using the scanner SY).
A 5-μm-long atomic image of a highly oriented pyrolytic graphite (HOPG) crystal along the fast scanning axis was obtained using the DTU STM in the temperature control cell.
