Comparison of the INNOVA Visual Acuity System Stereotest with the Frisby-Davis 2 Stereotest for the Evaluation of Distance Stereoacuity.

Eric L Singman, Noelle S Matta, David I Silbert, Jin Tian
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Abstract

Purpose: Distance stereo acuity has been shown to be useful in monitoring conditions such as control of intermittent strabismus. The Frisby Davis distance (FD2) stereotest has been shown to be reliable and is felt to be the gold standard in England. The device however is not widely available in the United States or Canada and is not automated. This study compares the Innova distance stereoacuity test with the Frisby Davis distance (FD2) stereotest.

Methods: Twenty-seven patients with normal acuity and a normal ophthalmology exam were evaluated. Prior to dilation all patients had an Innova distance stereoacuity test and FD2 test. Both the Innova distance stereoacuity test and the FD2 test were performed at ten feet. The results of the tests were compared using Bland-Altman plot analysis.

Results: The INNOVA system tended to underestimate distance stereoacuity by approximately 30 arc seconds compared to the FD2 test. If the INNOVA results were corrected by this amount, then there was a good correlation between the INNOVA results and the FD2.

Conclusion: The Innova distance stereoacuity test underestimates stereopsis by approximately 30 arc seconds but does so with sufficient consistency that it may serve as an acceptable method of measuring distance stereoacuity. This study is the first that has correlated the Innova stereoacuity test with the FD2.

INNOVA视敏度系统立体试验与Frisby-Davis 2立体试验评价远处视敏度的比较。
目的:距离立体视力已被证明是有用的监测条件,如控制间歇性斜视。弗里斯比戴维斯距离(FD2)立体测试已被证明是可靠的,并被认为是英国的黄金标准。然而,该设备在美国和加拿大并没有广泛使用,也不是自动化的。本研究比较Innova距离立体视敏度测验与FD2距离立体视敏度测验。方法:对27例视力正常、眼科检查正常的患者进行评价。扩张术前,所有患者均进行Innova距离立体视力测试和FD2测试。Innova距离立体敏锐度测试和FD2测试均在10英尺处进行。检验结果采用Bland-Altman图分析进行比较。结果:与FD2测试相比,INNOVA系统倾向于低估距离立体敏锐度约30角秒。如果INNOVA结果被修正了这个量,那么INNOVA结果和FD2之间有很好的相关性。结论:Innova距离立体视敏度测试低估了立体视敏度约30角秒,但具有足够的一致性,可以作为测量距离立体视敏度的可接受方法。这项研究是第一个将Innova立体敏锐度测试与FD2相关联的研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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