Author/Authors :
Zhang, Jian Beijing University of Chinese Medicine, China , Niu, Xin Beijing University of Chinese Medicine, China , Yang, Xue-zhi Beijing University of Chinese Medicine, China , Zhu, Qing-wen Beijing University of Chinese Medicine, China , Li, Hai-yan Beijing University of Chinese Medicine, China , Wang, Xuan Beijing University of Chinese Medicine, China , Zhang, Zhi-guo China Academy of Chinese Medical Sciences, China , Sha, Hong China Academy of Chinese Medical Sciences, China , zhang, j. beijing university of chinese medicine,no 11 bei san huan dong lu, China , niu, x. beijing university of chinese medicine,no 11 bei san huan dong lu, China , yang, x.-z. beijing university of chinese medicine,no 11 bei san huan dong lu, China , zhu, q.-w. beijing university of chinese medicine,no 11 bei san huan dong lu, China , li, h.-y. beijing university of chinese medicine,no 11 bei san huan dong lu, China , wang, x. beijing university of chinese medicine,no 11 bei san huan dong lu, China , zhang, z.-g. china academy of chinese medical sciences,no 16 dongzhimen southern street, China , sha, h. china academy of chinese medical sciences,no 16 dongzhimen southern street, China
Abstract :
Background: To design the pulse information which includes the parameter of pulse-position, pulse-number, pulse-shape and pulse-force acquisition and analysis system with function of dynamic recognition, and research the digitalization and visualization of some common cardiovascular mechanism of single pulse. Methods: To use some flexible sensors to catch the radial artery pressure pulse wave and utilize the high frequency B mode ultrasound scanning technology to synchronously obtain the information of radial extension and axial movement, by the way of dynamic images, then the gathered information was analyzed and processed together with ECG. Finally, the pulse information acquisition and analysis system was established which has the features of visualization and dynamic recognition, and it was applied to serve for ten healthy adults. Results: The new system overcome the disadvantage of one-dimensional pulse information acquisition and process method which was common used in current research area of pulse diagnosis in traditional Chinese Medicine, initiated a new way of pulse diagnosis which has the new features of dynamic recognition, two-dimensional information acquisition, multiplex signals combination and deep data mining. Conclusions: The newly developed system could translate the pulse signals into digital, visual and measurable motion information of vessel.
