基于VHP数据的穴位可视化研究

目的:建立内含腧穴三维形态结构的可视化人体模型.方法:利用VHP数据库,以Voxel-Man虚拟图谱为操作平台,结合腧穴解剖学知识,利用计算机图形图像学技术进行腧穴相关结构的辨识、分割以及可视化.结果:开发出腧穴的三维可视化应用软件.逼真模拟针刺过程,生动、立体地表达腧穴与周围组织结构的空间关系.结论:本课题使腧穴的表现形式实现由以往的二维显示到三维动态表达的突破.

Study on visialization of acupuncture points based on datasets of VHP

Objective To reconstruct the digitalized 3-dimension (3D) acupoint model of human body. Methods Based on the datasets of visible human project (VHP) and the computerized 3D models of Voxel-Man, in combination with our accumulated abundant knowledge about anatomy of acupoints, adopt the technology of computer image processing, including differentiation, segmentation, visialization and so on. Results The software of 3D acupoints and acupuncture was developed, the operator can observe the spatial relation among the tissues, structures, and organs around the acupoints more visibly. Conclusion The technology keeps a leading role in the world as it makes 2D expression of acupuncture acupoints into 3D expression.