负担得起的定制三维解剖地图集。

Nayra Pumar-Carreras, Carlos Luque, Michael Halle, Babacar Diao, Cheikh Tidiane Diop, Juan Ruiz-Alzola
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引用次数: 1

摘要

在本文中,我们提出了基于网络技术和开源软件为医学教育创建自定义三维解剖地图集的方法和工具。传统的医学解剖教育依赖于印刷的解剖图集、现场讲座和解剖解剖。由于成本高、材料缺乏以及训练有素的教育工作者有限,这种传统方法无法为有需要的人群提供服务。由国际专家社区开发的开放和免费在线解剖地图集有助于弥补这些缺点,更充分地解决全球范围内优质教育和良好健康的可持续发展目标。我们开发了一个网络应用程序,即地图集组装工具,它可以帮助医疗专业人员组装地图集,以便在全世界公开传播。我们的工具旨在补充现有的开源医疗项目,如3D切片器和开放解剖浏览器,以提供从原始医学图像数据到适合医学教育的可浏览的网络图集的管道。我们的发展是欧洲INTERREG MACbioIDi项目的组成部分,该项目与欧洲、非洲和美国的伙伴密切合作,通过基于技术的医学教育和培训促进可持续发展。
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Affordable Custom Three-Dimensional Anatomy Atlases.

In this paper, we present methodology and tools for creating custom three-dimensional anatomical atlases for medical education based on web technologies and open-source software. Traditional medical anatomy education has relied on printed anatomical atlases, in-person lectures, and anatomical dissection. This traditional approach underserves populations in need due to high cost, lack of availability of materials, and a limited of trained educators. Open and free online anatomical atlases developed by an international community of experts help remedy these shortcomings, more fully addressing the sustainable development goals of quality education and good health at a global scale. We have developed a web application, the Atlas Assembly Tool, that assists medical professionals in assembling atlases for open dissemination throughout the world. Our tool aims to complement existing open source medical projects such as 3D Slicer and the Open Anatomy Browser to provide a pipeline from original medical image data to web-browsable atlases suitable for medical education. Our development is an integral part of the European INTERREG MACbioIDi project, promoting sustainable development through technology-based medical education and training in close collaboration with partners in Europe, Africa and the United States.

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