Crooks L E, Barker B, Chang H, Feinberg D, Hoenninger J C, Watts J C, Arakawa M, Kaufman L, Sheldon P E, Botvinick E
Radiology. 1984 Nov;153(2):459-65. doi: 10.1148/radiology.153.2.6484178.
Given a suitable trigger signal, cardiac synchronized magnetic resonance (MR) imaging is simple to implement; however, single section techniques are not efficacious, especially when the heart rate sets the repetition interval. We demonstrate multi-section, double, and single-echo imaging, any of which rapidly covers the cardiac volume; 3-D modes capable of achieving very thin sections; and cycled multi-section imaging capable of efficaciously providing dynamic data on heart motion. These modes form a complementary, powerful set of options for clinical work.
在给定合适触发信号的情况下,心脏同步磁共振(MR)成像易于实施;然而,单层面技术并不有效,尤其是当心率决定重复间隔时。我们展示了多层面、双回波和单回波成像,其中任何一种都能快速覆盖心脏容积;能够实现非常薄层面的三维模式;以及能够有效提供心脏运动动态数据的循环多层面成像。这些模式为临床工作构成了一组互补且强大的选项。