Sheppard S
Department of Radiology, Emory University School of Medicine, Atlanta, Georgia.
Radiol Clin North Am. 1995 Jan;33(1):91-113.
The field of MR angiography is becoming well-established and is finding its way into the general MR imaging practice. The number of acquisition methods and the supporting physics can be complex; however, once the basic concepts are understood an intuition regarding the basic use of MR angiography and some of the tradeoffs such as scan time, resolution, and coverage associated with different MR angiography methods can be developed. Table 3 summarizes typical applications of several different MR angiography techniques mentioned herein.
磁共振血管造影领域正逐渐成熟,并已融入普通的磁共振成像实践中。采集方法的数量以及相关物理学原理可能很复杂;然而,一旦理解了基本概念,就可以形成关于磁共振血管造影基本用途的直觉,以及对不同磁共振血管造影方法所涉及的一些权衡,如扫描时间、分辨率和覆盖范围等的认识。表3总结了本文提及的几种不同磁共振血管造影技术的典型应用。