Belaud A, Barthelemy L
Aviat Space Environ Med. 1979 Jul;50(7):672-7.
Incidence of lethal bends and intravascular bubbles has been studied in the eel (Anguilla anguila L.) submitted to hyperbaric air decompressions at temperatures of 17 and 27 degrees C. The fish was an accurate model to seek the nature of the inert gas transport limiting process (diffusion or perfusion) because an increase in temperature considerably influences the rate of perfusion whereas the properties of gases vary in relatively lower proportions. Qualitative and quantitative analysis of the results are consistent with the hypothesis of a diffusion limited nitrogen transport through the tissues of the decompressed eel.
在17摄氏度和27摄氏度的温度下，对经受高压空气减压的鳗鱼（欧洲鳗鲡）进行了致死性减压病和血管内气泡发生率的研究。这种鱼是探寻惰性气体传输限制过程（扩散或灌注）本质的精确模型，因为温度升高会显著影响灌注速率，而气体性质的变化比例相对较小。对结果的定性和定量分析与通过减压鳗鱼组织的氮传输受扩散限制这一假设相符。
