Choosing the Best Method for Hemodynamic Monitoring

Ona Fralinger
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Abstract

Optimizing hemodynamics improves patient outcomes in critically ill patients. There are many types of hemodynamic monitoring. When choosing the monitoring type, factors include accuracy, invasiveness, the desired hemodynamic variables, and potential complications. For example, the Pulmonary Artery Catheter is invasive and can be associated with catheter-related complications. Still, the values it provides have been validated and may be more useful when treating patients with heart problems. New minimally invasive and noninvasive hemodynamic monitoring systems, such as the Flo Trac and the ClearSight, deliver functional hemodynamic values that can be used to evaluate the real-time response to fluid administration. Minimally invasive and noninvasive devices’ ease of use, availability, and relative lack of patient complications make them appealing. However, they may lack accuracy in some situations.
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血液动力学监测的最佳方法选择
优化血流动力学可改善危重患者的预后。有许多类型的血流动力学监测。在选择监测类型时,考虑的因素包括准确性、侵入性、所需的血流动力学变量和潜在的并发症。例如,肺动脉导管是侵入性的,可能与导管相关的并发症有关。尽管如此,它提供的价值已经得到了验证,在治疗心脏病患者时可能更有用。新的微创和无创血流动力学监测系统,如Flo Trac和ClearSight,提供功能性血流动力学值,可用于评估对液体给药的实时反应。微创和非侵入性设备的易用性、可用性和相对较少的患者并发症使它们具有吸引力。然而,在某些情况下,它们可能缺乏准确性。
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