We developed a novel scotoma detection system using time required for fixation to the random targets, or the” eye-guided scotoma detection method “. In order to verify the” eye-guided scotoma detection method “, we measured 78 eyes of 40 subjects, and examined the measurement results in comparison with the results of measurement by Humphrey perimetry. The results were as follows: (1) Mariotte scotomas were detected in 100% of the eyes tested; (2) The false-negative rate (the percentage of cases where a scotoma was evaluated as a non-scotoma) was less than 10%; (3) The positive point distribution in the low-sensitivity eyes was well matched. These findings suggested that the novel scotoma detection method in the current study will pave the way for the realization of mass screening to detect pathological scotoma earlier.

中文翻译：

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使用固定到随机目标所需的时间的新型暗点检测方法

我们开发了一种新的盲点检测系统，使用固定到随机目标所需的时间，或“眼睛引导的盲点检测方法”。为了验证“眼引导盲点检测法”，我们对40名受试者的78只眼进行了测量，并将测量结果与汉弗莱视野测量法的测量结果进行比较。结果如下：（1）100%的受检眼检测到Maritte盲点；（2）假阴性率（暗点被判定为非暗点的病例百分比）小于10%；(3)低敏眼阳性点分布匹配良好。这些发现表明，本研究中的新型暗点检测方法将为实现大规模筛查以早期发现病理暗点铺平道路。