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Methods for monitoring and optimizing central venous pressure and intravascular volume

机译:监测和优化中心静脉压和血管内容积的方法

摘要

Central Venous Pressure (CVP) is non-invasively determined with accuracy comparable to invasive measurement techniques. To do so, curves are plotted based on non-invasively determined patient information obtained by applying a controllable variable (pressure) to a vein of interest at a non-distal point and taking certain measurements (such as pressure and volume measurements) from the patient. An example of a controllable variable is voltage applied in incremental inflation/deflation of a vascular cuff (1). A curve is plotted based on datapoints (such as a volume increase curve or a volume decline curve). Pertinent, accurate CVP and/or blood volume information is obtained from the slope of the non-invasive-based curve. Accurate CVP information is provided without the risks and disadvantages of invasive measurements.
机译:中心静脉压(CVP)是非侵入性确定的,其准确性与侵入性测量技术相当。为此,基于非侵入性确定的患者信息绘制曲线,该信息是通过将可控变量(压力)应用于非远端点的感兴趣静脉并从患者那里进行某些测量(例如压力和体积测量)而获得的。可控变量的一个示例是在血管套( 1 )的增量充气/放气中施加的电压。基于数据点(例如体积增加曲线或体积减少曲线)绘制曲线。相关的,准确的CVP和/或血容量信息可从基于非侵入性曲线的斜率获得。提供了准确的CVP信息,而没有侵入性测量的风险和缺点。

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