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Comparing the Utility of the Non-Mydriatic Fundus Camera to the Direct Ophthalmoscope for Medical Education

机译:比较非散瞳眼底照相机和直接检眼镜在医学教育中的效用

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Visualization of the fundus is an important component of any ophthalmologic exam. Students are taught to visualize the fundus using a direct handheld ophthalmoscope. However, this device has many limitations, which may be a detriment to medical education and patient care. The invention of the non-mydriatic automatic fundus camera could significantly improve medical education. Our study examined the ability of a group of 5 medical students to visualize pathology and form a diagnosis with a traditional handheld ophthalmoscope and an automatic fundus camera. With the direct ophthalmoscope, none of the students were able to visualize the macula, a crucial aspect of the ophthalmologic exam. With the automatic fundus camera, all students were able to visualize the fundus. The latter modality also increased the proportion of students that was able to correctly diagnose the patients with diabetic retinopathy, 100% vs 40%. On average, students were also more confident in their ability to visualize basic retinal anatomy with the automatic fundus camera, 9.6/10 vs 6.4/10. Thus, incorporating the non-mydriatic automatic fundus camera into medical education, alongside the handheld ophthalmoscope, has the potential to improve both learning outcomes and patient care.
机译:眼底的可视化是任何眼科检查的重要组成部分。教给学生使用直接手持检眼镜检查眼底的视觉效果。但是,该设备有很多局限性,可能对医学教育和患者护理有害。非散瞳自动眼底照相机的发明可以大大改善医学教育。我们的研究检查了由5名医学生组成的小组通过传统的手持检眼镜和自动眼底摄像头可视化病理并做出诊断的能力。使用直接检眼镜,没有一个学生能够看到黄斑,这是眼科检查的重要方面。使用自动眼底照相机,所有学生都可以看到眼底。后一种方式也增加了能够正确诊断出糖尿病性视网膜病患者的学生比例,分别为100%和40%。平均而言,学生对使用自动眼底照相机可视化基本视网膜解剖结构的能力也更有信心,分别为9.6 / 10和6.4 / 10。因此,将非散瞳自动眼底照相机与手持式检眼镜镜一起用于医学教育中,有可能改善学习成果和患者护理。

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