Peri Daniele, Ardizzone Edoardo, Gaglio Salvatore, Gerbino Aldo, Buscemi Maria, Mandracchia Riccardo, Valentino Biagio, Cappello Francesco, Lo Verde Rosaria, Marciano Vito, Peri Giovanni
Dipartimento di Ingegneria Informatica, Università degli Studi di Palermo, Italia.
Ital J Anat Embryol. 2006 Jan-Mar;111(1):23-30.
In this work we used a virtual approach to study the human liver by three-dimensional geometrical models. We built the models through computer aided geometric modelling techniques starting from pictures taken during both real dissections and diagnostic medical imaging. The results show in a complete modular synthesis and with a schematic iconology the structural organization of this organ in a logic sequence of layers and topographic and spatial relationship among its components. This approach represents an amazing support to clinical anatomy for teaching and research.
在这项工作中，我们采用虚拟方法，通过三维几何模型来研究人体肝脏。我们从实际解剖和诊断医学成像过程中拍摄的图片出发，利用计算机辅助几何建模技术构建模型。结果以完整的模块化综合形式，并借助示意性图像学，展示了该器官在各层的逻辑序列以及其组成部分之间的地形和空间关系中的结构组织。这种方法为临床解剖学的教学和研究提供了惊人的支持。
