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脉搏血氧仪全方位解析 - 第 2 部分:临床应用、便携式/可穿戴脉搏血氧仪、远程患者监护和最新进展。

Everything About Pulse Oximetry-Part 2: Clinical Applications, Portable/Wearable Pulse Oximeters, Remote Patient Monitoring, and Recent Advances.

机构信息

QMEN Informatics Software Consulting Education Ltd, Ankara, Turkey.

出版信息

J Intensive Care Med. 2023 Oct;38(10):887-896. doi: 10.1177/08850666231189175. Epub 2023 Jul 18.

Abstract

Pulse oximetry is widely used in healthcare settings for both screening and continuous monitoring. In this article, it was aimed to review some aspects of pulse oximetry including clinical applications, portable devices, and recent advances in detail. The international and national reliable sources were used in the literature review for critical data analysis. A total of 31 articles including 19 prospective comparative clinical studies, 9 reviews, 1 meta-analysis, 1 retrospective study, and 1 experimental study were used for preparation of this part of the review. In this part of the article, clinical applications of pulse oximeters, portable/wearable pulse oximeters, remote patient monitoring, and recent advances were all reviewed in detail. Pulse oximetry is a widely used and reliable noninvasive technique that provides useful information about blood oxygenation in individuals. This technique can guide oxygen therapy, reduce the occurrence of hypoxemia, and decrease the frequency of admissions to the intensive care unit, as well as arterial blood gas sampling. New multiwaveform sensors and advanced signal processing techniques can differentiate between different types of hemoglobin and may be useful for continuous measurement of total hemoglobin, as well as for detecting and providing information on blood loss and cardiac output.

摘要

脉搏血氧仪在医疗保健领域被广泛用于筛查和连续监测。本文旨在详细回顾脉搏血氧仪的一些方面,包括临床应用、便携式设备以及最新进展。文献综述中使用了国际和国家可靠来源的关键数据进行分析。共使用了 31 篇文章,包括 19 项前瞻性对比临床研究、9 项综述、1 项荟萃分析、1 项回顾性研究和 1 项实验研究,为这篇综述的这一部分做准备。在这部分文章中,详细回顾了脉搏血氧仪的临床应用、便携式/可穿戴脉搏血氧仪、远程患者监测以及最新进展。脉搏血氧仪是一种广泛应用且可靠的非侵入性技术,可提供有关个体血氧饱和度的有用信息。该技术可指导氧疗、减少低氧血症的发生、降低重症监护病房的入住率以及动脉血气采样的频率。新型多波形传感器和先进的信号处理技术可以区分不同类型的血红蛋白,可能有助于连续测量总血红蛋白,以及检测和提供有关失血量和心输出量的信息。

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