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潜水员从水下300米上升至250米后循环系统中的气泡。

Gas bubbles in the circulation of divers after ascending excursions from 300 to 250 msw.

作者信息

Brubakk A O, Peterson R, Grip A, Holand B, Onarheim J, Segadal K, Kunkle T D, Tønjum S

出版信息

J Appl Physiol (1985). 1986 Jan;60(1):45-51. doi: 10.1152/jappl.1986.60.1.45.

Abstract

The occurrence of intravascular bubbles in arteries and veins has been studied using pulsed Doppler ultrasound in six subjects who performed two ascending excursions each from 300 to 250 meters of seawater (msw) during a heliox saturation dive. Following decompression, high-intensity reflections could be observed not only in the venous system but also in the arteries, most notably in the carotid artery. Intravascular bubbles were more numerous during the first ascent than during the second. The arterial bubbles most probably come from the venous side of the circulation, indicating that the pulmonary filter is not as effective as previously thought during saturation diving.

摘要

在六名受试者进行氦氧饱和潜水期间,他们每次从300米海水深度上升至250米海水深度,共进行两次上升过程,利用脉冲多普勒超声对动脉和静脉内血管气泡的出现情况进行了研究。减压后,不仅在静脉系统中可观察到高强度反射,在动脉中也能观察到,最明显的是在颈动脉中。血管内气泡在第一次上升过程中比第二次更多。动脉气泡很可能来自循环系统的静脉侧,这表明在饱和潜水期间,肺过滤器的效果不如之前认为的那样好。

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