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Inspired Sinewave Technique: A Novel Technology to Measure Cardiopulmonary Function

机译:灵感正弦波技术:一种测量心肺功能的新技术

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Introduction; Inspired Sinewave is a novel technique to measure dead space, alveolar volume, pulmonary blood flow, and lung inhomogeneity noninvasively. It does not require patient effort and therefore can be applied to young children, elderly, and ventilated patients with ease. Method: In this paper, we describe a brief introduction to the principle of the technique, which involves forcing inspired concentrations to oscillate sinusoidally and measuring responding expired concentrations. Then, we give some updates to the recent developments of the device. These include comparison studies with body plethysmography for functional residual capacity measurement, and with echocardiography for cardiac output measurement Result and discussion: The results show that the inspired sinewave technique achieves comparable accuracy and repeatability with the "gold standard" body plethysmography method with Conclusion: The success of these studies is a big step forward to make this novel device a useful clinical tool. The technology is patented and future work includes forming collaboration with an industry partner to bring the technology to commercialisation.
机译:介绍;灵感的Sinewave是一种小型技术,用于测量死亡空间,肺泡体积,肺血流量,肺不均匀性。它不需要耐心努力,因此可以轻松地应用于幼儿,老年人和通风患者。方法:在本文中,我们描述了对技术原理的简要介绍,这涉及强制灵感浓度来振荡正弦和测量响应的过期浓度。然后,我们向设备的最新开发提供一些更新。这些包括对功能性残留能力测量的体积体积进行比较研究,并且具有心输出测量结果和讨论的超声心动图:结果表明,启发的正弦波技术与“黄金标准”体内体积描记法识别方法实现了可比的准确性和可重复性,得出结论:该方法这些研究的成功是使这部小型设备成为有用的临床工具的一大步。该技术获得专利,未来的工作包括与行业合作伙伴的合作,将技术带入商业化。

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