Case #48 – CORDA-Enhanced SD-OCT Improves RNFL Analysis

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References 1. Shah SB, Garcia AG, Myers iS, Cox L Katz U. Color Reflectivity Discretization Analysis (CORDA) Of OCT Images In The Detection Of Glaucomatous Retinal Nerve Fiber Layer (RNFL) Damage. To be presented at ARVO, May 6, 2012. 2. Fortune, B., G. A. Cull, and C. F. Burgoyne. “Relative Course of Retinal Nerve

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Samantha Slotnick, OD, FAAO, FCOVD Samantha Slotnick, 0.0., has diverse training in both functional and structural visual disorders, with a special interest in applications of technology in clinical research. She is an accomplished lecturer and author, leading seminars and workshops on vision training for patients with Strabismus. After graduating from SUNY College of Optometry,

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Alberto Gonzalez, MD Alberto O. González-García, MD, is the Research Director and Chairman of the Diopsys Scientific Advisory Board. He has published several clinical articles and book chapters on glaucoma and neuro-ophthalmology disorders. Dr González-García has invented different methods for the analysis of OCT images and together with a team of mathematicians and

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Jerome Sherman, OD, FAAO Jerome Sherman, O.D., is perhaps optometry's most prolific writer, publishing over 650 clinical articles, research manuscripts, book chapters and two CDs. He is senior author of three books that were published in 2007, and has delivered over three thousand lectures both nationally and internationally. He has served as a

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Comments and Conclusions • CORDA (COlor Reflectivity Discretization Analysis) is novel software that discriminates between the desired (high) reflectance of the axons within the RNFL and the unwanted (low) reflectance blood vessels traveling within the RNFL. • CORDA-enhanced OCT analysis data detects known abnormalities which are too subtle to be detected by segmentation of the RNFL

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About CORDA • CORDA (COlor Reflectivity Discretization Analysis) software was designed for the analysis of OCT images. The main goal of this software is to differentiate the cellular components contained within the Retinal Nerve Fiber Layer (RNFL), parsing out ganglion cell axons from glial cells, blood vessels, and other cellular structures found within the

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