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Treatment of Acute Respiratory Distress Syndrome and Acute Lung Injury with liquid ventilation

机译:液体通气治疗急性呼吸窘迫综合征和急性肺损伤

摘要

This report is about the possibilities of using Perfluorocarbons, PFC, in the treatment of the lung conditions Acute Respiratory Distress Syndrome, ARDS, and Acute Lung Injury, ALI. The report contains both an analysis of the conventional treatment methods and a critical review of publicised experiments. The literature shows that ARDS and ALI are conditions, where the surfactant production is inhibited and in our review of the literature we discovered that the lack of surfactant in the lung can inhibit the amount of oxygen absorbed, especially because the lung surface area is diminished. Three different methods of liquid ventilation are used and the results of one experiment show that the method of vaporizing PFC into the lung is better than the others. This method has the fewest side effects, although still creating the film in the lung that keeps the alveoli open and eases the oxygen absorption. The experiments we analysed have not enabled us to determine the exact usability of liquid ventilation. A lot of uncertainty is still associated with the side effects of liquid ventilation with PFC and whether liquid ventilation is a better treatment than the conventional treatment. Larger experimental studies with both animals and humans are needed. Since the development of treatment by both conventional ventilation and liquid ventilation is ongoing, we have not been able to conclude which treatment is better.
机译:该报告是关于在肺部疾病急性呼吸窘迫综合症(ARDS)和急性肺损伤(ALI)中使用全氟化碳(PFC)的可能性。该报告既包括对常规治疗方法的分析,也包括对公开实验的严格审查。文献表明,ARDS和ALI是抑制表面活性剂产生的条件,在我们的文献综述中,我们发现肺中缺乏表面活性剂会抑制吸收的氧气量,特别是因为肺表面积减少。使用了三种不同的液体通气方法,一个实验的结果表明,将PFC蒸发到肺中的方法比其他方法更好。这种方法的副作用最少,尽管它仍在肺部形成一层使肺泡保持开放并减轻氧气吸收的薄膜。我们分析的实验无法使我们确定液体通风的确切可用性。 PFC液体通气的副作用以及液体通气是否比常规治疗更好的治疗方法仍存在很多不确定性。需要对动物和人类进行更大的实验研究。由于传统通气和液体通气的治疗方法正在不断发展,因此我们无法得出哪种治疗更好的结论。

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