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通过二维超声心动图系统观察心脏解剖结构。

Cardiac anatomy viewed systematically with two dimensional echocardiography.

作者信息

Popp R L, Fowles R, Coltart D J, Martin R P

出版信息

Chest. 1979 May;75(5):579-85. doi: 10.1378/chest.75.5.579.

Abstract

The details of three-dimensional cardiac anatomy are complex, and structure recognition is difficult in tomograms produced with recently developed two-dimensional ultrasonic sector scanners. This article presents a method we have found useful for systematic inclusion of most cardiac structures during such echocardiographic examinations. Orthogonal planes, aligned parallel and perpendicular to the long or major left ventricular axis, are obtained from each of three transducer positions on the body surface. Moving this X-Y image plane through the heart perpendicular to the plane (z axis) allows the viewer to integrate the images into a mental picture of the whole structure. The illustrations are oriented as they are displayed by ultrasonic sector scanners so they aid rapid recognition of cardiac structures.

摘要

三维心脏解剖结构的细节很复杂,在最近开发的二维超声扇形扫描仪所生成的断层图像中,结构识别很困难。本文介绍了一种我们发现在此类超声心动图检查中系统纳入大多数心脏结构很有用的方法。从体表的三个换能器位置中的每一个获取与左心室长轴或主要轴平行和垂直对齐的正交平面。将这个X-Y图像平面垂直于该平面(z轴)穿过心脏,使观察者能够将图像整合为整个结构的心理图像。这些图示的方向与超声扇形扫描仪显示它们的方向一致,因此有助于快速识别心脏结构。

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