Department of Anatomy, Ajou University School of Medicine, Suwon, Korea.
J Korean Med Sci. 2012 Aug;27(8):849-56. doi: 10.3346/jkms.2012.27.8.849. Epub 2012 Jul 25.
In the Visible Korean project, 642 three-dimensional (3D) surface models have been built from the sectioned images of a male cadaver. It was recently discovered that popular PDF file enables users to approach the numerous surface models conveniently on Adobe Reader. Purpose of this study was to present a PDF file including systematized surface models of human body as the beneficial contents. To achieve the purpose, fitting software packages were employed in accordance with the procedures. Two-dimensional (2D) surface models including the original sectioned images were embedded into the 3D surface models. The surface models were categorized into systems and then groups. The adjusted surface models were inserted to a PDF file, where relevant multimedia data were added. The finalized PDF file containing comprehensive data of a whole body could be explored in varying manners. The PDF file, downloadable freely from the homepage (http://anatomy.co.kr), is expected to be used as a satisfactory self-learning tool of anatomy. Raw data of the surface models can be extracted from the PDF file and employed for various simulations for clinical practice. The technique to organize the surface models will be applied to manufacture of other PDF files containing various multimedia contents.
在 Visible Korean 项目中,已经从一名男性尸体的切片图像中构建了 642 个三维 (3D) 表面模型。最近发现,流行的 PDF 文件使用户可以方便地在 Adobe Reader 上访问众多表面模型。本研究的目的是提供一个包含人体系统表面模型的 PDF 文件,作为有益的内容。为了实现这一目的,按照程序使用了合适的软件包。将包括原始切片图像在内的二维 (2D) 表面模型嵌入到 3D 表面模型中。将表面模型分为系统和组。调整后的表面模型被插入到 PDF 文件中,并添加了相关的多媒体数据。最终的 PDF 文件包含了全身的综合数据,可以以各种方式进行探索。该 PDF 文件可从主页 (http://anatomy.co.kr) 免费下载,有望成为解剖学令人满意的自学工具。表面模型的原始数据可以从 PDF 文件中提取出来,并用于各种临床实践模拟。组织表面模型的技术将应用于制造包含各种多媒体内容的其他 PDF 文件。