%0 Figure %A Kojima, Hirokazu %A Hirooka, Kazuyuki %A Nitta, Eri %A Sonoda, Shozo %A Sakamoto, Taiji %D 2018 %T Enhanced depth imaging OCT image and converted binary image of the eye of a glaucoma patient. %U https://plos.figshare.com/articles/figure/Enhanced_depth_imaging_OCT_image_and_converted_binary_image_of_the_eye_of_a_glaucoma_patient_/7086431 %R 10.1371/journal.pone.0204183.g001 %2 https://plos.figshare.com/ndownloader/files/13029695 %K glaucoma severity %K peripapillary choroidal area %K macular choroidal images %K macular choroidal area %K macular choroidal areas %K NTG patients %K macular choroidal area measurements %K 35 NTG patients %K normal-tension glaucoma Purpose %K multivariate regression analysis %K EDI-OCT %X

The EDI-OCT images in the macular area (A) or the peripapillary area (C) were converted to binary images (B, D) using ImageJ software. The luminal area (dark area) and the interstitial area are seen. The area between the blue lines indicates the measurement area of the choroid.

%I PLOS ONE