Relation between arterial elastic characteristic and time-domain parameters of pulse waveform in Traditional Chinese Medicine
Haixia Yan, Yiqin Wang, Rui Guo, Fufeng Li, Yujian Hong, Fengying Yun, Yang Yu-ci, Yiming Hao, Jianjun Yan
Abstract
Haixia Yan, Yiqin Wang, Rui Guo, Fufeng Li, Yujian Hong, Fengying Yun, Yang Yu-ci, Yiming Hao, Jianjun Yan
Abstract
Pulse diagnosis is one of important diagnosis methods in Traditional Chinese Medicine (TCM). From a hemodynamic point of view, the arterial pulsation comes from the beating of the heart. So it is necessary to analyze these TCM pulse waveforms by hemodynamic methods. A hemodynamics method is used to calculate the pulse waveform velocity (PWV) and pulse reflection factor (Rf), which reflects the arterial elastic characteristic. Relevance between PWV, Rf and time-domain parameters of pulses is analyzed in this study. The result shows there is a positively correlated correlation between PWV and w/t with statistical significance. There is a positively correlated correlation between Rf and h3/h1 with statistical significance too. It is concluded that the time-domain parameter w/t can reflect the pulse wave velocity and h3/h1can reflect the intensity of reflection wave.
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Pulse diagnosis is one of important diagnosis methods in Traditional Chinese Medicine (TCM). From a hemodynamic point of view, the arterial pulsation comes from the beating of the heart. So it is necessary to analyze these TCM pulse waveforms by hemodynamic methods. A hemodynamics method is used to calculate the pulse waveform velocity (PWV) and pulse reflection factor (Rf), which reflects the arterial elastic characteristic. Relevance between PWV, Rf and time-domain parameters of pulses is analyzed in this study. The result shows there is a positively correlated correlation between PWV and w/t with statistical significance. There is a positively correlated correlation between Rf and h3/h1 with statistical significance too. It is concluded that the time-domain parameter w/t can reflect the pulse wave velocity and h3/h1can reflect the intensity of reflection wave.
Key concepts: Waveform, Pulse wave velocity, Pulse (music), Hemodynamics, Time domain, Arterial stiffness, Pulse wave, Pulse Wave Analysis