用于胃电摄影的人体腹部精确电导率模型

I. Konkka, H. Eskola, V. Turjanmaa
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引用次数: 0

摘要

胃电图是一种获取胃电活动信息的非侵入性方法。由于无创性,它可能是常规诊断使用的有用工具,但由于胃电活动的性质尚不完全清楚,因此不适合日常使用。电建模可以解决一些无法解释的问题。作者提出了一个考虑到人体的不均匀性和胃的解剖形状的电导率模型。已经制作了两个三维模型,一个基于可见人体的解剖数据,另一个基于健康受试者的CT图像。这些模型能够更详细地分析胃电活动对腹部表面的反射效应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Accurate conductivity model of the human abdomen for electrogastrography
Electrogastrography is a non-invasive method for obtaining information of electrical activity of the stomach. Due to non-invasiveness, it may be useful tool in routine diagnostic use, but because the nature of electrical activity of the stomach is not completely clear, it is not in everyday use. Electrical modeling may solve some unexplained questions. The authors present an electrical conductivity model, which takes into consideration the inhomogeneities of human body and anatomical shape of the stomach. Two three-dimensional models have been made, one based on the anatomical data of Visible Human, and other on CT images of a healthy subject. These models enable a more detailed analysis of the reflection of the effect of electrical activity of the stomach to the abdominal surface.
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