Noninvasive mechanical ventilation of mice by using a balloon-tipped cannula.

Johannes Winning, Hanno Huwer, Jasmin Redjai, Christian Naumann, Ilka Winning, Gunther Schneider, Michael Bauer
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Abstract

Cardiovascular research in mouse models can lead to respiratory insufficiency with the need for temporary mechanical ventilation to reduce mortality. We developed a noninvasive method for brief ventilation in which a balloon-tipped cannula is inserted into the oral cavity of the mouse. The rubber balloon is constructed in such a way that it becomes inflated when the pressure in the tube rises. We tested the cannula in ten C57BL/6J mice which underwent mechanical ventilation by a membrane-pump-driven ventilator. Results of blood gas analyses in the ten cannulated animals were in the normal range after 1 h of mechanical ventilation and did not differ significantly from those of anesthetized and spontaneously breathing mice (n = 5) and mice mechanically ventilated via tracheal intubation (n = 5). Noninvasive mechanical ventilation by using the balloon-tipped cannula is a useful method which is quick and easy to manipulate.

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用球囊头插管对小鼠进行无创机械通气。
在小鼠模型中的心血管研究可导致呼吸功能不全,需要临时机械通气以降低死亡率。我们开发了一种非侵入性的短暂通气方法,将球囊尖端的插管插入小鼠的口腔。橡胶气球的构造是这样的,当管内压力上升时,它就会膨胀。我们对10只C57BL/6J小鼠进行了膜泵驱动呼吸机机械通气试验。10只插管动物在机械通气1 h后血气分析结果均在正常范围内,与麻醉和自主呼吸小鼠(n = 5)和气管插管机械通气小鼠(n = 5)的血气分析结果无显著差异。采用球囊头插管无创机械通气是一种简便快捷的方法。
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