Ehrhardt J, Handels H, Wegner T, Strathmann B, Plötz W, Pöppl S J
Institute for Medical Informatics, Medical University of Lübeck, Ratzeburger Allee 160, 23538 Lübeck, Germany.
Stud Health Technol Inform. 2000;77:1226-30.
Two three-dimensional digitized atlases of a female and a male pelvis were generated to support the virtual 3D-planning of hip operations. Beside the anatomical labeling of bone structures the determination of orthopedic measures, like angles, distances or sizes of contact areas, is important for the planning of hip operations. Thus, each atlas consists of labeled reference CT data sets, a set of landmarks as well as definitions of orthopedic measures and methods for their automatic computation. Furthermore, methods for the automatic transfer of anatomical labels from the atlas to an individual data set are presented resulting in three-dimensional models of the patient's bone structures. The anatomical atlases are designed to replace the interactive, time-consuming pre-processing steps for the virtual 3D operation planning.
生成了女性和男性骨盆的两个三维数字化图谱,以支持髋关节手术的虚拟3D规划。除了对骨骼结构进行解剖学标记外,确定骨科测量指标,如角度、距离或接触面积大小,对于髋关节手术规划也很重要。因此,每个图谱都包括标记的参考CT数据集、一组地标以及骨科测量指标的定义和自动计算方法。此外,还介绍了将解剖学标记从图谱自动转移到个体数据集的方法,从而生成患者骨骼结构的三维模型。这些解剖图谱旨在取代虚拟3D手术规划中交互式、耗时的预处理步骤。