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Ultrasound-guided venous pressure measurement Current knowledge and potential future applications, an underrated method?

机译:超声引导下静脉压测量 当前知识和未来潜在应用,一种被低估的方法?

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摘要

Current standard technique for venous pressure measurement is still invasive, requiring insertion of a catheter. Additionally, clinical estimation of central venous pressure (CVP) has proven unreliable compared to invasive methods. Meanwhile, different non-invasive ultrasound guided modalities may provide a valid alternative to invasive venous pressure measurement. Particularly promising is a novel compression ultrasound (CUS) which combines ultrasound properties with a tissue pressure manometer enabling even further future applications. This review provides an overview using ultrasound guided non-invasive venous pressure measurement (UGPni) in clinical trials so far and focuses on three objectives: (1) To summarize the main methods using UGPni for central venous pressure measurement (2) To outline the key findings of previous clinical trials for UGPni regarding CVP measurement with primary focus on novel compression ultrasound of a forearm vein (3) To point out limitations and possible future clinical implications of these ultrasound modalities UGPni represents an easy-to-perform and safe alternative to invasive "gold standard" diagnostic tools for measuring central venous pressure. After a brief introduction, non-specialist personnel using a portable ultrasound device can apply this method in a feasible way. Of all mentioned methods in this review CUS is the method of choice underscoring its ability to assess a patient's CVP categories correctly. Furthermore, detection of non-invasive central venous pressure in the emergency room represents an independent predictor for cardiac rehospitalization in patients with decompensated heart failure, thus helping in risk stratification as well as being an additive tool in general hemodynamic management of critically ill patients. This review concludes a significant role for ultrasound guided non-invasive venous pressure measurement suitable for a wide range of everyday clinical practice. However, further studies are warranted to proof a causal relationship in this regard.
机译:目前的标准技术静脉的压力测量仍然是入侵,要求插入导管。中心静脉压(CVP)的估计被证明不可靠而侵入性方法。与此同时,不同的非侵入性的超声波引导模式可以提供一个有效的选择侵入性静脉压力测量。特别承诺是一种新型的压缩超声波(CUS)相结合超声波属性用纸巾压力表的压力进一步使未来的应用程序。使用超声波审查概述引导非侵入性静脉压力测量(UGPni)在临床试验中到目前为止和关注三个目标:(1)总结的主要方法使用UGPni中央静脉压力(2)测量轮廓的重要发现前临床试验有关CVP UGPni测量主要专注于小说压缩超声的前臂静脉(3)指出局限性和可能的未来这些超声的临床意义形式UGPni表示一个容易执行和安全的替代侵入性的“黄金标准”诊断工具用于测量中央静脉压力。非专业人员使用便携式超声波设备可以应用这种方法可行的方式。审查客户强调的方法选择评估病人的CVP分类的能力正确。中央静脉压力在急诊室代表了心脏的独立危险因子患者再入院治疗失代偿性的心脏衰竭,从而帮助风险分层以及作为添加剂的工具一般严重的血流动力学管理病人。作用超声引导非侵入性静脉适合大范围的压力测量日常临床实践。证明因果的研究是必要的在这方面的关系。

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