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[急诊医院单元中多发伤的监测]

[Monitoring of multiple trauma in an emergency hospital unit].

作者信息

Landais A, Aviles T, Cuvier C, McGee K, N'Guyen K

机构信息

Département d'Anesthésie-Réanimation, CH Victor-Dupouy, Argenteuil.

出版信息

Cah Anesthesiol. 1996;44(4):347-54.

PMID:9033832
Abstract

In the monitoring of multiple trauma patients in the emergency hospital setting the use of monitors should be graduated. However, the use and interpretation of data from these monitors is becoming increasingly complex and can lead to errors and responses which may not be adopted. Clinical nomination and observation have their limits and the anaesthetist is faced with the added difficulties of interpretation of data from monitors and is pitfalls. The management of the patient is based on this human-machine relationship, which provides the basis for the therapeutic attitude and the treatment which ensues. Basic monitoring comprises a pulse oximeter, a capnograph, an ECG and a blood pressure monitor, 52% of incidents are detected by these instruments; 27% by SpO2, 24% by capnography. The pertinence is 82% for the oximeter when used alone and 55% for the capnography alone, although when the two are used together this increases to 88%. If the blood pressure monitor is added the pertinence increases to 93%, and to 95% if the FiO2 is monitored. The use of monitors of levels of haemoglobin or haematocrit must take into account the important variations in volaemia. The displayed values have a poor predictive value. The second level of monitoring comprises the use of a pulmonary artery catheter. The errors in measurement and interpretation are reviewed and finally, we consider the possible use of FOE transoesophageal echocardiography in the multiple trauma patient.

摘要

在急诊医院环境中对多发伤患者进行监测时,监测设备的使用应循序渐进。然而,这些监测设备所获取数据的使用和解读正变得日益复杂,可能导致错误以及未被采纳的应对措施。临床判断和观察存在局限性,麻醉医生还面临着解读监测数据的额外困难以及诸多陷阱。患者的治疗基于这种人机关系,而这为人的治疗态度及后续治疗奠定了基础。基本监测包括脉搏血氧仪、二氧化碳监测仪、心电图和血压监测仪,这些仪器能检测出52%的意外情况;其中,脉搏血氧饱和度仪能检测出27%,二氧化碳监测仪能检测出24%。单独使用血氧仪时的相关性为82%,单独使用二氧化碳监测仪时为55%,但两者同时使用时,相关性可增至88%。若添加血压监测仪,相关性会增至93%,若监测吸入氧浓度(FiO2),则相关性会增至95%。使用血红蛋白或血细胞比容水平监测仪时,必须考虑血容量的显著变化。所显示的值预测价值较差。二级监测包括使用肺动脉导管。文中回顾了测量和解读方面的误差,最后,我们考虑了在多发伤患者中使用经食管超声心动图(FOE)的可能性。

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