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一项利用心率混沌动力学对人体药理学与病理学自主神经系统阻滞的研究。

A study of pharmacological vs. pathological autonomic nervous system blockade in humans, using heart rate chaotic dynamics.

作者信息

Polydoropoulos P, Bountis T, Christodoulou J, Alexopoulos D, Bezerianos A

机构信息

Department of Medical Physics, University of Patras, Greece.

出版信息

Stud Health Technol Inform. 1997;43 Pt B:571-5.

Abstract

Pathological blocking of the Autonomous Nervous System (ANS) is diagnosed for patients having Autonomic Neuropathy passing a well-defined set of criteria. In this work, It is shown that standard analysis can be complemented by a study of the chaotic dynamics of the Heart Rate (HR), over a period of 12 min in the resting position. It was found that patients who suffering from ANS blockade, typically exhibit a smaller degree of fractality and complexity of the chaotic attractor reconstructed from the time series of the HR signal. These dynamical measures are more evident in normal human subjects that have been subjected to pharmacological ANS blockade.

摘要

自主神经系统(ANS)的病理性阻滞是针对患有自主神经病变且符合一系列明确标准的患者进行诊断的。在这项研究中,结果表明,通过对静息状态下12分钟内心率(HR)的混沌动力学进行研究,可以对标准分析起到补充作用。研究发现,患有ANS阻滞的患者,从HR信号时间序列重建的混沌吸引子通常表现出较低程度的分形性和复杂性。这些动力学指标在接受过药理学ANS阻滞的正常人体受试者中更为明显。

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