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患者体位与肺动脉压测量的准确性(180f)

Patient positioning and the accuracy of pulmonary artery pressure measurements (180f).

作者信息

Shih F J

机构信息

School of Nursing, College of Medicine, National Taiwan University, Taipei.

出版信息

Int J Nurs Stud. 1999 Dec;36(6):497-505. doi: 10.1016/s0020-7489(99)00033-4.

Abstract

The measurement of pulmonary artery pressure (PAP) is a common nursing practice in hemodynamic monitoring of patients in the emergency room and intensive care unit. Several researchers have proposed that PAP should be measured with the patient in a supine position with legs horizontal in order to promote a relaxed state. The most widely used reference point is the phlebostatic axis, which is located at the intersection of the fourth intercostal space and the midchest level. However, this positioning requirement is in conflict with one of the goals of nursing care, which is to achieve comfortable positioning of the patient without compromising respiratory or cardiovascular function. In addition, since frequent readings are necessary, critically ill patients can lose valuable sleep time. The existing literature still fails to justify the validity of the phlebostatic axis as an external reference point for leveling the pressure transducer. In addition, findings on the accuracy of readings obtained in the supine, Fowler's and lateral recumbent positions are also in conflict. This paper reviewed research related to measurement of PAP in the supine, various Fowler's, and lateral positions in order to clarify the major factors which might have resulted in the conflicts in data on PAP measurements. Suggestions are also provided for nurse clinicians to obtain more accurate PAP measurements.

摘要

测量肺动脉压(PAP)是急诊室和重症监护病房患者血流动力学监测中的一项常见护理操作。几位研究人员提出,为使患者处于放松状态,应在患者双腿水平的仰卧位测量PAP。最常用的参考点是静脉压轴,它位于第四肋间与胸部中点的交点处。然而,这一定位要求与护理的目标之一相冲突,即要在不影响呼吸或心血管功能的前提下实现患者的舒适体位。此外,由于需要频繁读数,重症患者会失去宝贵的睡眠时间。现有文献仍未能证明静脉压轴作为压力传感器调平外部参考点的有效性。此外,关于在仰卧位、福勒氏位和侧卧位获得的读数准确性的研究结果也相互矛盾。本文回顾了与仰卧位、各种福勒氏位和侧卧位PAP测量相关的研究,以阐明可能导致PAP测量数据冲突的主要因素。还为护士临床医生提供了获得更准确PAP测量值的建议。

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