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Method and system for evaluating fluid responsiveness using multiple types of data

机译:使用多种类型的数据评估流体响应性的方法和系统

摘要

The system 100 for assessing infusion responsiveness includes an infusion pump 24 in communication with at least one processor 32 and a plurality of physiological monitors 40, 42, 44 operable to receive physiological signals from the associated patient. , 46. Physiological signals 48, 50 obtained from the associated patient 10 during the infusion load test are synchronized with the timing signal 54 of the infusion pump 24 administering the infusion load test. One or more dynamic indicators and / or features 58 are calculated from the synchronized physiological signal 50, and the one or more dynamic indicators and / or features 50 are associated prior to the fluid challenge test. Calculated from the reference physiological signal 48 obtained from 10. A fluid responsiveness probability value 64 of the patient 10 is determined based on the dynamic indicator and / or feature 58 from the synchronized physiological signal 50 and the dynamic indicator and / or feature 50 from the reference physiological signal 48. Is done.
机译:用于评估输液反应性的系统100包括与至少一个处理器32通信的输液泵24和可操作以从相关患者接收生理信号的多个生理监测器40、42、44。 ,46。在输液负荷测试期间从相关患者10获得的生理信号48、50与进行输液负荷测试的输液泵24的定时信号54同步。根据同步的生理信号50计算一个或多个动态指示器和/或特征58,并且在进行流体挑战测试之前将一个或多个动态指示器和/或特征50关联。根据从10获得的参考生理信号48计算。基于来自同步生理信号50的动态指示器和/或特征58以及来自同步生理信号50的动态指示器和/或特征50,确定患者10的流体响应概率值64。参考生理信号48。完成。

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