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动脉氧分压监测(作者译)

[Monitoring of arterial oxygen pressure (author's transl)].

作者信息

Kimmich H P

出版信息

Anesth Analg (Paris). 1979;36(9-10):413-5.

PMID:532997
Abstract

Arterial partial pressure of oxygen (PaO2) can be measured continuously either directly in the blood (in an artery or in an arterio-venous shunt), or indirectly, using the transcutaneous method or by measuring respiratory oxygen. Construction of miniaturized PO2 electrodes according to the polarographic principle (1.2 and 2 mm in diameter) with ring-shaped cathodes, allowing fast assession of arterial PO2 with little sensitivity to blood flow, and its clinical application are described. An exhausting investigation of the electrod properties, including in vivo parameters allowed continuous monitoring of PaO2 either directly in the radial artery or more often in an arterio-venous shunt under clinical routine circumstances in a large number of patients up to 24 hours. The recordings obtained with both methods are identical and show three types of oscillations.

摘要

动脉血氧分压(PaO2)可以通过直接在血液中(动脉或动静脉分流处)连续测量,也可以通过经皮方法或测量呼吸氧间接测量。描述了根据极谱原理构建的小型化PO2电极(直径1.2和2毫米),其具有环形阴极,能够快速测定动脉PO2,且对血流敏感性低,并介绍了其临床应用。对电极特性进行了详尽研究,包括体内参数,这使得在大量患者的临床常规情况下,能够在桡动脉直接或更常见地在动静脉分流处连续监测PaO2长达24小时。两种方法获得的记录相同,并显示出三种振荡类型。

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