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小儿气管内导管:控制通气期间的呼吸机及气管内压力

Small endotracheal tubes: ventilator and intratracheal pressures during controlled ventilation.

作者信息

Stenqvist O, Sonander H, Nilsson K

出版信息

Br J Anaesth. 1979 Apr;51(4):375-81. doi: 10.1093/bja/51.4.375.

Abstract

The use of small endotracheal tubes reduces the trauma of intubation. Ventilator and tracheal pressures were measured during controlled ventilation with various tube dimensions and ventilation volumes. Ventilation with large volumes using small tracheal tubes results in high ventilator pressures. However, tracheal pressures are only marginally greater than those obtained with larger tubes. Small endotracheal tubes and high ventilation volumes result in a positive tracheal pressure at the end of expiration. The measured end-expiratory pressures are within the limits which might be used therapeutically (in PEEP). The force required to reshape endotracheal tubes of varvious dimensions to an "anatomical" shape was related to the tube dimensions; the beneficial effects of performed, "anatomically shaped" endotracheal tubes can be achieved by using small tubes of standard design.

摘要

使用小口径气管导管可减少插管创伤。在使用各种导管尺寸和通气量进行控制通气期间,测量了呼吸机和气管压力。使用小口径气管导管进行大容量通气会导致呼吸机压力升高。然而,气管压力仅略高于使用较大导管时所测得的压力。小口径气管导管和大容量通气会在呼气末产生正气管压力。所测得的呼气末压力在可用于治疗(呼气末正压通气)的范围内。将各种尺寸的气管导管重塑为“解剖学”形状所需的力与导管尺寸有关;通过使用标准设计的小导管,可实现预制“解剖学形状”气管导管的有益效果。

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