Salgado R, Mulkens T, Bellinck P, Termote J L
Department of Medical Imaging, Heilig Hart Ziekenhuis, Lier, Belgium.
JBR-BTR. 2003 Jul-Aug;86(4):215-20.
Several post-processing techniques are currently available to the radiologist to optimize the review of the scan data acquired by multidetector CT. This is sometimes necessary as, when reviewing a volumetric data acquisition only as transaxial CT images, all the gathered information is not always displayed. Among all the current available post-processing possibilities, volume rendering is one of the most powerful techniques due to its various parameters and powerful segmentation capabilities. It is nevertheless the most complex technique, requiring a higher degree of training and experience from the radiologist to generate the desired result. Aim of this paper is to present the reader a pictorial review of the usefulness of volume rendering as a clinical tool, with emphasis on CT angiography and skeletal pathology.
目前,放射科医生可以使用几种后处理技术来优化对多排螺旋CT采集的扫描数据的查看。这有时是必要的,因为在仅将容积数据采集作为横断面CT图像进行查看时,并非所有收集到的信息都能始终显示出来。在当前所有可用的后处理方法中,容积再现因其各种参数和强大的分割能力而成为最强大的技术之一。然而,它也是最复杂的技术,需要放射科医生具备更高程度的培训和经验才能产生理想的结果。本文的目的是向读者展示一幅关于容积再现作为临床工具的实用性的图片综述,重点是CT血管造影和骨骼病理学。