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Liquid ventilation.

机译:液体通风。

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摘要

In laboratory models, PLV is clearly more effective than conventional ventilation alone; however, this advantage has not been observed in any human study. The reasons for this are unclear, but the approach to ventilation during PLV may have been inappropriate. HFO may require further study or perhaps PLV should be combined with nitric oxide or some other vasoactive agent. Additionally, perfluorocarbons may need to be aerosolized instead of instilled. Kandler et al. recently demonstrated better gas exchange that was sustained for a longer period in lavage-injured piglets when a perfluorocarbon was aerosolized. This preliminary result demonstrates that there are other options for the delivery of perfluorocarbons in the management of critically ill patients. Based on the failure of the two trials in adult ARDS patients, however, a long time may pass before another human PLV trial is undertaken.
机译:在实验室模型中,PLV明显比单独使用常规通气更有效。但是,这一优势在任何人体研究中都没有观察到。其原因尚不清楚,但PLV期间通气的方法可能不合适。 HFO可能需要进一步研究,或者PLV应该与一氧化氮或某些其他血管活性剂联合使用。另外,全氟化碳可能需要雾化而不是滴入。坎德勒等。最近证明了更好的气体交换,当全氟化碳被雾化后,在灌洗受伤的仔猪中可以维持更长的时间。该初步结果表明,在危重病人的治疗中,还有其他选择可以输送全氟化碳。但是,基于两项针对成人ARDS患者的试验失败,可能需要很长时间才能进行另一项人类PLV试验。

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