Objective: To discuss the significance of the non-invasive hemodynamic monitor system in the differential diagnosis of acute dyspnoea .
目的：探讨无创血流动力监测在急性呼吸困难鉴别诊断中的意义。
Objective: Using the technology of noninvasive hemodynamic monitorization to monitor the water load by which we could observe the effect of noninvasive hemodynamics for the dry weight in hemodialysis.
目的：透析过程中利用无创血液动力学监测透析患者的前负荷，观察无创血液动力学监测仪在透析患者干体重中的作用。
Methods The laser Doppler flowmetry (LDF) was used to monitor the hemodynamic alterations of cerebral microcirculation in various experimental conditions in the cerebral steal model of rats.
方法应用L D F监测不同实验条件下大鼠脑盗血模型脑微循环血流动力学变化。
A newly module is developed to monitor cardiovascular hemodynamic parameters continuously and non-invasion by using blood volume pulse.
为解决临床血流参数的实时、连续监护的难题，研制了一种基于容积血流脉搏波的心血管血流参数监护模块。
A newly module is developed to monitor cardiovascular hemodynamic parameters continuously and non-invasion by using blood volume pulse.
为解决临床血流参数的实时、连续监护的难题，研制了一种基于容积血流脉搏波的心血管血流参数监护模块。
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