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视盘半视野检测

The optic disc hemifield test.

作者信息

Jonas Jost B, Budde Wido M, Martus Peter

机构信息

Department of Ophthalmology and Eye Hospital, University Erlangen-Nürnberg, Germany.

出版信息

J Glaucoma. 2004 Apr;13(2):108-13. doi: 10.1097/00061198-200404000-00005.

Abstract

PURPOSE

To evaluate whether an optic disc hemifield test comparing the superior half of the optic disc with the inferior disc half is useful for glaucoma diagnosis.

METHODS

The clinical observational study included 1268 patients with primary or secondary open-angle glaucoma and 649 normal subjects. The glaucoma group was divided into 1118 patients with glaucomatous visual field defects ("perimetric glaucoma"), and 150 patients with optic nerve head changes and normal visual fields ("preperimetric glaucoma"). Color stereo optic disc photographs were morphometrically evaluated. The optic disc area was divided into four sectors: temporal horizontal (60 degrees), superotemporal (90 degrees), inferotemporal (90 degrees), and nasal (120 degrees). Area and width of the neuroretinal rim were measured, and the ratio of superotemporal-to-inferotemporal rim area, the ratio of superior (12 o'clock)-to-inferior (6 o'clock) rim width, the difference of inferotemporal minus superotemporal rim area, and the difference of inferior rim width minus superior rim width were calculated.

RESULTS

For the differentiation between the normal group and the whole glaucoma group, and for the differentiation between the normal group and the preperimetric glaucoma group, respectively, areas under the ROC curves were significantly smaller for the parameters of the optic disc hemifield test (superior-to-inferior rim width ratio: 0.448 and 0.412, respectively; and superotemporal-to-inferotemporal rim area ratio: 0.395 and 0.434, respectively) than for any other rim parameter tested such as inferotemporal rim area (0.827 and 0.745, reps.), total rim area (0.814 and 0.741, respectively), and superotemporal rim area (0.781 and 0.705, respectively).

DISCUSSION

An optic disc hemifield test with the parameters superior-to-inferior rim width ratio and superotemporal-to-inferotemporal rim area ratio is not markedly helpful for the morphometric diagnosis of glaucomatous optic nerve damage, either in the preperimetric stage or in the perimetric stage of the disease.

摘要

目的

评估比较视盘上半部分与下半部分的视盘半视野检测对于青光眼诊断是否有用。

方法

这项临床观察性研究纳入了1268例原发性或继发性开角型青光眼患者以及649例正常受试者。青光眼组被分为1118例有青光眼性视野缺损的患者(“视野计法青光眼”)和150例视神经乳头改变但视野正常的患者(“视野计法前期青光眼”)。对彩色立体视盘照片进行形态测量评估。视盘区域被分为四个扇形区:颞侧水平(60度)、颞上(90度)、颞下(90度)和鼻侧(120度)。测量神经视网膜边缘的面积和宽度,并计算颞上与颞下边缘面积之比、上(12点)与下(6点)边缘宽度之比、颞下边缘面积减去颞上边缘面积的差值以及下边缘宽度减去上边缘宽度的差值。

结果

对于正常组与整个青光眼组之间的鉴别,以及正常组与视野计法前期青光眼组之间的鉴别,视盘半视野检测参数(上与下边缘宽度之比分别为0.448和0.412;颞上与颞下边缘面积之比分别为0.395和0.434)的ROC曲线下面积显著小于所检测的任何其他边缘参数,如颞下边缘面积(分别为0.827和0.745)、总边缘面积(分别为0.814和0.741)以及颞上边缘面积(分别为0.781和0.705)。

讨论

采用上与下边缘宽度之比以及颞上与颞下边缘面积之比参数的视盘半视野检测,无论是在疾病的视野计法前期阶段还是视野计法阶段,对于青光眼性视神经损害的形态测量诊断均无明显帮助。

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