Ikeda T, Suzuki S, Shimizu K, Okamoto Y, Llewellyn M E
JMSDF Undersea Medical Center, Yokosuka, Japan.
Aviat Space Environ Med. 1989 Feb;60(2):166-9.
An M-mode ultrasound system was used to obtain a reliable method for the evaluation of microbubbles caused by decompression. When the probe is focused in the outflow tract of the right ventricle it is easy to recognize a linear configuration of the echoes caused by the microbubbles. A quantitative study of microbubbles can be done by counting the number of linear echoes per second. Application of this method is reported following saturation diving decompression. We think the reported method is worthy of further use.
使用M型超声系统获得一种评估减压引起的微气泡的可靠方法。当探头聚焦于右心室流出道时，很容易识别由微气泡引起的回声的线性形态。通过计算每秒线性回声的数量可以对微气泡进行定量研究。在饱和潜水减压后报告了该方法的应用。我们认为所报告的方法值得进一步应用。
