2019Annals of Eye ScienceOpen access

Ultra-wide-field fundus photography: can it replace Early Treatment Diabetic Retinopathy Study 7 field photography?

Nazimul Hussain

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Abstract

Diabetes mellitus is a major cause of visual deficiency among working age adults and is estimated for visual impairment in 4.8% of the 37 million individuals who are visually impaired all over the world (1,2). A wide range of diabetic retinopathy microvascular changes are seen in the retina. Throughout the years, a screening device utilizing both advanced non-mydriatic fundus imaging and traditional mydriatic fundus camera has been utilized and has been found to be useful (1).

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What this paper is about

Diabetes mellitus is a major cause of visual deficiency among working age adults and is estimated for visual impairment in 4.8% of the 37 million individuals who are visually impaired all over the world (1,2). A wide range of diabetic retinopathy microvascular changes are seen in the retina. Throughout the years, a screening device utilizing both advanced non-mydriatic fundus imaging and traditional mydriatic fundus camera has been utilized and has been found to be useful (1).

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Available abstract

Diabetes mellitus is a major cause of visual deficiency among working age adults and is estimated for visual impairment in 4.8% of the 37 million individuals who are visually impaired all over the world (1,2). A wide range of diabetic retinopathy microvascular changes are seen in the retina. Throughout the years, a screening device utilizing both advanced non-mydriatic fundus imaging and traditional mydriatic fundus camera has been utilized and has been found to be useful (1).

Key concepts: Fundus photography, Diabetic retinopathy, Medicine, Fundus camera, Fundus (uterus), Ophthalmology, Optometry, Photography

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Ultra-wide-field fundus photography: can it replace Early Treatment Diabetic Retinopathy Study 7 field photography? — Research Paper | ScholarLens