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间歇强制通气与撤机

Intermittent mandatory ventilation and weaning.

作者信息

Downs J B, Douglas M E

出版信息

Int Anesthesiol Clin. 1980 Summer;18(2):81-95. doi: 10.1097/00004311-198001820-00007.

Abstract

Oxygen, PEEP, and mechanical ventilatory therapy should be administered to patients in varying amounts and should be removed gradually and independently. The method of determining optimal PEEP, oxygen, and ventilation is not unlike that recommended for many other therapies. Nine years of prospective evaluation have demonstrated the numerous clinical advantages of this technique, and relatively few complications have been associated with it. Reduced FIO2 may promote resistance to atelectasis and allow rapid discontinuation of mechanical ventilation and PEEP. Similarly, optimal levels of PEEP may improve matching of ventilation and perfusion and assist lung mechanics so that FIO2 and mechanical ventilation may be reduced. Minimal mechanical ventilatory support eliminates iatrogenic respiratory alkalosis, and weaning from ventilatory support may be initiated early. This, in turn, minimizes the detrimental effects of mechanical ventilation on acid-base balance and cardiovascular function, as well as lessening barotrauma. We think that this approach has simplified the clinical management of patients with compromised repiratory function and decreased their mortality.

摘要

应根据患者情况给予不同剂量的氧气、呼气末正压通气(PEEP)和机械通气治疗,且应逐渐且分别撤减。确定最佳PEEP、氧气和通气的方法与许多其他治疗方法所推荐的方法并无不同。九年的前瞻性评估已证明了该技术的众多临床优势,且与之相关的并发症相对较少。降低吸入氧浓度(FIO2)可能促进对肺不张的抵抗力,并允许快速停用机械通气和PEEP。同样,最佳水平的PEEP可改善通气与灌注的匹配,并辅助肺力学,从而可降低FIO2和机械通气。最小化机械通气支持可消除医源性呼吸性碱中毒,且可早期开始撤离通气支持。这进而将机械通气对酸碱平衡和心血管功能的有害影响降至最低,并减少气压伤。我们认为这种方法简化了呼吸功能受损患者的临床管理并降低了他们的死亡率。

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