大脑的符号图谱:处理与神经解剖学相关的非视觉信息。

K Natarajan, E Claridge, D N Davis
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引用次数: 9

摘要

大脑符号图谱是一种新颖的软件工具,使用户能够存储和访问与大脑解剖相关的非视觉信息。该图谱有可能存储有关神经解剖对象的任何信息。用户可以构建多个地图集,每个地图集都包含与功能、病理、症状和其他事实相关的不同类型的信息。支持知识框架存储的Prolog数据库为几乎不受约束地使用和操作存储的数据提供了范围,包括对数据和关于数据的推理以及复杂的查询。通过简单的“点击”二维或三维地图集上的解剖结构,或叠加在真实图像切片上的结构轮廓,以直观的方式提供对存储信息的访问。地图集在教育和临床方面的试点应用表明它的巨大潜力,特别是在教育领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The symbolic atlas of the brain: handling non-visual information associated with neuroanatomy.

The Symbolic Atlas of the brain is a novel software tool which enables the user to store and access non-visual information associated with the brain anatomy. The atlas is potentially capable of storing any information about neuroanatomical objects. The user can construct a number of atlases, each containing a different kind of information related to functionality, pathology, symptoms and other facts. The Prolog database that underpins the storage of knowledge frames provides scope for nearly unconstrained usage and manipulation of the stored data, including reasoning with and about data and complex querying. The access to the stored information is provided in an intuitive way, through a simple 'click' on an anatomical structure either in a two- or three-dimensional atlas, or on an outline of a structure superimposed on a real image slice. A pilot educational and clinical use of the atlas indicates its great potential, especially in the are of education.

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