本文主要介绍常规血流动力学监测的局限性及功能性血流动力学监测的方法。
This article reviews the limitations of conventional hemodynamic monitoring and introduces the methodology of functional hemodynamic monitoring.
结果根据漂浮导管血流动力学监测指标指导救治，休克、心衰很快得到纠正，短期临床效果满意。
Results According to the hemodynamic data, shock and acute heart failure were retrieved in the short period.
当应用具有用来注入、血流动力学监测和血液取样额外腔的临时气囊起搏导管时，还有连接错误的风险。
There is also a risk of misconnection when using a balloon temporary pacing catheter that has an extra lumen for infusion, hemodynamic monitoring or blood sampling.
方法采用无创血流动力学监测系统，观察了30例充血性心力衰竭患者静脉滴注利喜定的血流动力学效应。
Methods Hemodynamic effect and the clinical effect were observed with hemodynamic monitoring system in 30 patients with heart failure after intravenous injection of Urapidil hydrochloride.
目的观察无创血流动力学监测在危重患者液体复苏中的应用效果，总结无创血流动力学监测用于危重患者液体复苏中的护理经验。
Objective Observing the effects of using the non-invasive hemodynamic monitoring for severe patients to liquid resuscitation, and then summarize the nursing points.
方法对11例慢性肺心病急性发作期患者给予静脉注射硫氮酮治疗并作动态血流动力学及氧动力学监测。
Methods 11 cases in exacerbation stage were chosen to study. Swan Ganz catheterization were taken for hemodynamic monitoring.
方法对11例慢性肺心病急性发作期患者给予静脉注射硫氮酮治疗并作动态血流动力学及氧动力学监测。
Methods 11 cases in exacerbation stage were chosen to study. Swan Ganz catheterization were taken for hemodynamic monitoring.
应用推荐