Farrell E J, Zappulla R A
Computer Science Department, IBM Research Center, Yorktown Heights, New York.
Crit Rev Biomed Eng. 1989;16(4):323-63.
Three-dimensional data visualization is an important tool in several medical, scientific, and engineering areas. Visualization methods are based on a primitive representational element: contour, surface, or volume. Methods often incorporate options to cut open, see around, or see through structures, and form images in multiple windows or with animation. To visualize and interpret two or three related 3D data sets, composite imaging methods are required. The appropriate method depends on the user needs, application area, and available hardware. Visualization of 3D medical data is described for cranium/face, musculoskeletal systems, spine, intracranial structures, cardiovascular system, and radiation therapy.
三维数据可视化是多个医学、科学和工程领域中的一项重要工具。可视化方法基于一种基本的表示元素:轮廓、表面或体积。这些方法通常包含切开、环绕查看或穿透结构查看的选项,并能在多个窗口中或通过动画形成图像。为了可视化和解释两个或三个相关的三维数据集,需要采用复合成像方法。合适的方法取决于用户需求、应用领域和可用硬件。本文描述了颅部/面部、肌肉骨骼系统、脊柱、颅内结构、心血管系统和放射治疗的三维医学数据可视化。