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评估 3D 视图在临床摄影中的有用性。

Evaluation of usefulness of 3D views for clinical photography.

机构信息

Department of Dermatology and Plastic Surgery, Faculty of Life Sciences, Kumamoto University, Kumamoto, Japan.

出版信息

Biosci Trends. 2011;5(5):211-6. doi: 10.5582/bst.2011.v5.5.211.

Abstract

This is the first report investigating the usefulness of a 3D viewing technique (parallel viewing and cross-eyed viewing) for presenting clinical photography. Using the technique, we can grasp 3D structure of various lesions (e.g. tumors, wounds) or surgical procedures (e.g. lymph node dissection, flap) much more easily even without any cost and optical aids compared to 2D photos. Most recently 3D cameras started to be commercially available, but they may not be useful for presentation in scientific papers or poster sessions. To create a stereogram, two different pictures were taken from the right and left eye views using a digital camera. Then, the two pictures were placed next to one another. Using 9 stereograms, we performed a questionnaire-based survey. Our survey revealed 57.7% of the doctors/students had acquired the 3D viewing technique and an additional 15.4% could learn parallel viewing with 10 minutes training. Among the subjects capable of 3D views, 73.7% used the parallel view technique whereas only 26.3% chose the cross-eyed view. There was no significant difference in the results of the questionnaire about the efficiency and usefulness of 3D views between parallel view users and cross-eyed users. Almost all subjects (94.7%) answered that the technique is useful. Lesions with multiple undulations are a good application. 3D views, especially parallel viewing, are likely to be common and easy enough to consider for practical use in doctors/students. The wide use of the technique may revolutionize presentation of clinical pictures in meetings, educational lectures, or manuscripts.

摘要

这是第一篇调查 3D 观察技术(平行观察和交叉眼观察)在呈现临床照片方面的有用性的报告。与 2D 照片相比,使用该技术,我们可以更轻松地掌握各种病变(例如肿瘤、伤口)或手术过程(例如淋巴结清扫、皮瓣)的 3D 结构,而且无需任何成本和光学辅助。最近,3D 相机开始商业化,但它们可能不适用于在科学论文或海报会议上展示。要创建立体图,需要使用数码相机从右眼和左眼视图拍摄两张不同的照片。然后,将这两张照片并排放置。使用 9 个立体图,我们进行了一项基于问卷调查的调查。我们的调查显示,57.7%的医生/学生已经掌握了 3D 观察技术,另外 15.4%的人可以通过 10 分钟的培训学习平行观察。在能够进行 3D 观察的受试者中,73.7%的人使用平行观察技术,而只有 26.3%的人选择交叉眼观察。在 3D 观察的效率和有用性方面,平行观察使用者和交叉眼使用者的问卷调查结果没有显著差异。几乎所有的受试者(94.7%)都认为这项技术很有用。具有多个起伏的病变是一个很好的应用。3D 观察,特别是平行观察,可能会变得很常见,而且足够简单,可以考虑在医生/学生中实际使用。该技术的广泛应用可能会彻底改变会议、教育讲座或手稿中临床图片的呈现方式。

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