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3D echocardiography using a 3D positioner ECG R-wave triggering

机译:使用3D定位器进行3D超声心动图ECG R波触发

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Describes a three-dimensional (3D) echocardiography system, where an ultrasound (US) brightness-mode image (B-mode image) triggered with the R-wave of an electrocardiogram (ECG) was obtained with an ultrasound diagnostic device and the position and orientation of a US probe were measured with a 3D positioner at the same time. The obtained B-mode image was then projected onto a virtual 3D space. Furthermore, a 3D image was presented on a CRT and stored using virtual reality modeling language (VRML). The authors performed an experiment to reconstruct a 3D heart image in systole using this system. The experimental results demonstrate that the system enables one to visualise the 3D structure of a heart from any viewpoint, and that this system has the potential for dynamic imaging and telemedicine.
机译:描述了三维(3D)超声心动图系统,其中通过超声诊断设备获取了由心电图(ECG)的R波触发的超声(US)亮度模式图像(B模式图像)同时使用3D定位器测量US探针的方向。然后将获得的B模式图像投影到虚拟3D空间上。此外,将3D图像显示在CRT上并使用虚拟现实建模语言(VRML)进行存储。作者进行了一项实验,使用该系统在心脏收缩期重建3D心脏图像。实验结果表明,该系统使人们能够从任何角度可视化心脏的3D结构,并且该系统具有进行动态成像和远程医疗的潜力。

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