肺含水量的测定。

N C Staub
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引用次数: 12

摘要

很明显,肺含水量或与肺含水量相关的东西是可以测量的。主要的问题是能否获得有用的资料,使发展值得。在我的实验实验室里,我们曾经用过,后来又放弃了,用各种技术来测量生命中肺含水量。当然,我们有特殊的需求,需要非常灵敏的方法来检测最小的损伤和肺含水量的微小变化。然而,在临床上,这可能不是那么严重的限制,尽管人们总是努力实现最小损伤和最小水肿的诊断。虽然测量肺水含量的静态方法在大量可用,但没有一个被证明比胸部x线照片更有用。正在开发的动力学方法具有对最小肺损伤敏感的潜力,例如导致水肿。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The measurement of lung water content.

It is clear that lung water content or things related to lung water content can be measured. The major question is whether useful information will be obtained to make development worthwhile. In my experimental laboratory we have used, then abandoned, the measurement of lung water content in life by various techniques. We have special needs, of course, for very sensitive methods which will detect minimal injury and very small changes in lung water content. In the clinic, however, this may not be so serious a limitation, although one is always endeavoring to achieve diagnosis of minimal injury and minimal edema. Although static methods for measuring lung water content are available in profusion, none has been proven to be more useful than the chest roentgenogram. Kinetic methods are being developed which have the potential of being sensitive to minimal lung injury, such as leads to edema.

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