Alfidi R J, Haaga J R, El-Yousef S J, Bryan P J, Fletcher B D, LiPuma J P, Morrison S C, Kaufman B, Richey J B, Hinshaw W S, Kramer D M, Yeung H N, Cohen A M, Butler H E, Ament A E, Lieberman J M
Radiology. 1982 Apr;143(1):175-81. doi: 10.1148/radiology.143.1.7063723.
In order to determine the clinical usefulness of nuclear magnetic resonance (NMR) imaging, the investigators examined a variety of normal volunteers, patients with neoplastic lesions, and experimental animals. Preliminary results were obtained with the use of potential contrast agents. It was found that imaging applications of NMR in the vascular system, spine, brain, lung, and mediastinum offer certain advantages over other modalities. The absence of biological hazard as well as the ability to obtain unenhanced, noninvasive, gated images of the vascular system, as demonstrated in this study, make NMR particularly attractive. In addition to single-section capability, NMR makes it possible to obtain volume images of the spine and other organs which can be displayed in any desired plane or section thickness.
为了确定核磁共振(NMR)成像的临床实用性,研究人员对各种正常志愿者、患有肿瘤性病变的患者以及实验动物进行了检查。使用潜在的造影剂获得了初步结果。结果发现,NMR在血管系统、脊柱、大脑、肺部和纵隔的成像应用比其他成像方式具有某些优势。本研究表明,NMR不存在生物危害,并且能够获得血管系统的未增强、非侵入性门控图像,这使得NMR特别具有吸引力。除了单层面成像能力外,NMR还能够获取脊柱和其他器官的容积图像,这些图像可以在任何所需的平面或层面厚度上显示。