交互式尸体解剖模拟器

P. P. C. R. Karunasekara, M. M. Dissanayake, N. Nanayakkara
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引用次数: 0

摘要

尸体解剖是医学生解剖教学的重要手段。面对当今解剖学教师所面临的实际限制,他们寻求利用计算机辅助的新颖教学方法来提高教学质量。在本文中,我们提出了一个基于可视化人体计划数据集的数字解剖图像的尸体解剖模拟器。该模拟器将用作实验室前的工具,以熟悉解剖过程。学生可以与该工具进行交互,并定义要移除的器官或区域的区域。通过定义和移除每个连续的器官/区域,可以像在实验室中一样进行解剖。原始的真实色彩被保留在渲染的体量中,以传递真实的生活体验。在模拟器的开发过程中,使用ImageJ的“the Visible Human Preprocessing Toolkit”插件对原始数字图像进行预处理。通过可视化工具包(VTK)进行进一步处理,以删除留在后台的不必要的补丁。通过ImageJ中的“LiveWire”插件对预处理后的图像进行分割。最后,通过VTK进行真彩可视化。我们成功地演示了腹部解剖模拟器。
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An interactive cadaver dissection simulator
Cadaver dissection is a valuable tool in anatomy teaching for medical students. With practical constraints that anatomy teachers face today, they seek to improve the quality of teaching using computer aided novel teaching methods. In this paper, we propose a cadaver dissection simulator based on the digital anatomical images of Visible Human Project dataset. The simulator would be used as a pre-lab tool to get familiar with the dissection process. Students are able to interact with the tool and define an organ or an area of a region to be removed. By defining and removing each successive organ/region, dissection could be carried out as it is being done in the laboratory. The original true colour is preserved in the rendered volume to impart a real life experience. In developing the simulator, the original digital images were pre-processed by “The Visible Human Preprocessing Toolkit” plug-in of ImageJ. Further processing was done through the Visualization Toolkit (VTK) to remove unnecessary patches that remained in the background. Segmentation of the preprocessed images was carried out by the “LiveWire” plug-in in ImageJ. Finally, true colour visualization was carried out through VTK. We successfully demonstrated the simulator for dissection in the abdomen region.
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