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眼科及视觉相关临床实践与研究中使用的角膜和视网膜表面的示意性切片方法。

Schematic sectioning approaches for corneal and retinal surfaces used in ophthalmology and vision-related clinical practice and research.

作者信息

Badian Reza A

机构信息

Department of Medical Biochemistry, Oslo University Hospital, Oslo, Norway.

出版信息

Exp Eye Res. 2023 May;230:109442. doi: 10.1016/j.exer.2023.109442. Epub 2023 Mar 20.

Abstract

Schematically, the corneal surface area and other similar surfaces such as the retinal surface and the visual field area have been represented by a circle. While there are different types of schematic sectioning patterns in use, not all patterns are recognized or referred to with their respective appropriate terminology. In scientific communications, as well as in clinical practice, when dealing with corneal or retinal surfaces, it is imperative to have the ability to refer to specific areas with an as high degree of accuracy as possible. The necessity arises in many situations, either when performing tests such as corneal surface staining, corneal sensitivity test, scanning the corneal surface, reporting of the findings related to any specific corneal surface area, or using a sectioning pattern for parts of the retinal surface when locating retinal lesions, or when referring to loci with changes in the visual field. Applying the appropriate geometric terms when any pattern is used for sectioning of surfaces such as cornea or retina, for precise localization and description of the findings or changes with a high degree of accuracy using the correct terminology is a sine qua non. Hence, the idea for this work is to gain an overview of the sectioning methods that are available and in use as methodological guidance in different sectioning patterns related to the corneal, retinal, and visual field.

摘要

从示意图上看,角膜表面积以及其他类似表面,如视网膜表面和视野区域,都用一个圆来表示。虽然有不同类型的示意性切片模式在使用,但并非所有模式都能以各自恰当的术语被识别或提及。在科学交流以及临床实践中,在处理角膜或视网膜表面时,必须能够尽可能精确地提及特定区域。在许多情况下都有这样的需求,比如在进行角膜表面染色、角膜敏感度测试、扫描角膜表面、报告与任何特定角膜表面区域相关的发现时,或者在定位视网膜病变时对视网膜表面部分使用切片模式,又或者在提及视野有变化的位点时。当使用任何模式对角膜或视网膜等表面进行切片时,运用恰当的几何术语,以便使用正确的术语对发现或变化进行精确的定位和描述,达到高度的准确性,这是必不可少的。因此,这项工作的目的是对现有的切片方法进行概述,并将其作为与角膜、视网膜和视野相关的不同切片模式中的方法学指导。

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