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PurposeTo present a visual field examination method using virtual reality glasses and evaluate the reliability of the method by comparing the results with those of the Humphrey perimeter.Materials and methodsVirtual reality glasses, a smartphone with a 6 inch display, and software that implements a fast-threshold 3 dB step staircase algorithm for the central 24° of visual field (52 points) were used to test 20 eyes of 10 patients, who were tested in a random and consecutive order as they appeared in our glaucoma department. The results were compared with those obtained from the same patients using the Humphrey perimeter.ResultsHigh correlation coefficient (r=0.808, P<0.0001) was found between the virtual reality visual field test and the Humphrey perimeter visual field.ConclusionVisual field examination results using virtual reality glasses have a high correlation with the Humphrey perimeter allowing the method to be suitable for probable clinical use.

Our results demonstrated a significant association between CSCR and single nucleotide polymorphisms in the CFH gene (rs3753394, rs1329428, and rs1065489), suggesting that disturbances in choroidal vasculature, through intercorrelation with adrenomedullin, play a significant role in CSCR pathogenesis.