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[患者监测]

[Patient monitoring].

作者信息

Haldemann G

出版信息

Schweiz Med Wochenschr. 1979 Oct 20;109(40):1510-3.

PMID:293891
Abstract

The main problems of monitoring patients on prolonged artificial respiration are discussed. These are: uninterrupted technical control of the respirator and of its clinical effects; continuous observation of the functioning of tubes, vaporizers and nebulizers; adequate tracheobronchial clearance and breathing therapy is absolutely compulsory. Intensive care units are classified into three categories according to their monitoring and surveillance capacities. The minimum, which corresponds to category I, should be performed by every intensive care unit. Category III includes additional computerized intensive care. The most important parameter for monitoring pulmonary function is blood gas analysis, which has been improved by the introduction of continuous arterial pO2 registration. Haemodynamic control serves for detection of arrhythmias and changes in pump function. The determination of pulmonary shunt flow (Qs/Qt) and of the ratio of dead space to tidal volume (VD/VT) impart information on the overall function of both systems (category II). A nomogram to simplify the calculation of pulmonary shunt is proposed which aggregates the factors contributing most to pulmonary shunt in acute respiratory failure. Its results deviate less than 1% from the calculated values if PCO2 ranges between 32 and 52 mm Hg and the error does not exceed 1.5 per cent with a PCO2 up to 82 mm Hg, unless it is combined with a very low Hb and high mixed venous saturation.

摘要

讨论了对长期进行人工呼吸的患者进行监测的主要问题。这些问题包括:对呼吸机及其临床效果进行不间断的技术控制;持续观察管道、蒸发器和雾化器的运行情况;保持充分的气管支气管通畅及呼吸治疗绝对必要。重症监护病房根据其监测能力分为三类。每个重症监护病房都应具备对应I类的最低监测能力。III类包括额外的计算机化重症监护。监测肺功能的最重要参数是血气分析,通过引入连续动脉血氧分压(pO2)记录,这一分析方法得到了改进。血流动力学控制用于检测心律失常和泵功能的变化。测定肺分流率(Qs/Qt)和死腔与潮气量之比(VD/VT)可提供关于两个系统整体功能的信息(II类)。提出了一种简化肺分流计算的列线图,该图汇总了急性呼吸衰竭中对肺分流影响最大的因素。如果二氧化碳分压(PCO2)在32至52毫米汞柱之间,其结果与计算值的偏差小于1%;当PCO2高达82毫米汞柱时,误差不超过1.5%,除非同时伴有极低的血红蛋白(Hb)和高混合静脉血氧饱和度。

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