微创血流动力学监测和目标导向治疗

Michael R. Pinsky MD, Dr hc
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引用次数: 4

摘要

在可能的范围内,血流动力学监测应是非侵入性的、连续的,并反映代谢质量,如组织血流量和氧输送。最近的技术进步创造了新的机会,从更具侵入性和风险的监测转向侵入性较小的监测。然而,信号质量的退化和理解这些新的微创和非侵入性措施与更传统的侵入性措施之间的关系是有效使用它们的核心。最后,由于没有监测设备能够改善患者的预后,除非与改善患者预后的治疗相结合,因此寻找将这些新的监测设备整合到经过验证的治疗算法中的共同途径将是将其整合到临床实践中的重要组成部分。
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Minimally invasive hemodynamic monitoring and goal-directed therapy

To the extent possible, hemodynamic monitoring should be non-invasive, continuous and reflect metabolic qualities, such as tissue blood flow and oxygen delivery. Recent advances in technologies have created new opportunities to switch from more invasive and risky monitoring to less invasive eons. However, degradation of signal quality and understanding of the relation between these newer minimally invasive and non-invasive measures with more traditional invasive ones is central to their effective use. Finally, since no monitoring device improves patient outcome unless coupled to a treatment that improves patient outcome, finding common pathways to integrate these newer monitoring devices into proven treatment algorithms will be an essential part of their integration into clinical practice.

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