What's Happening to Our Body after Drinking Coke? The Characteristic of the Blood Pressure Wave in Radial Artery

Huang, Sheng‐Chieh; Lee, Yung-Pin; Hsieh, Min-Hua; Wang, Huimin; Hou, Ming‐Chih; Chao, Shih-Chun; Tseng, Cheng-Lung; Hsiao, Wei-Ta; Hong, Chung-Hung; Shao, Kaiyu; Luo, Shi-Han; Chiu, Wei-Chun; Chen, Wei-Yu

doi:10.1109/ibica.2011.15

Cited by 1 publication

(1 citation statement)

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“…The radial artery wave is analyzed in time and frequency domains to understand the current physiological condition of the subject [ 20 , 21 ]. ANSWatch has been widely used in many studies with comparable results, such as the cardiovascular effects of stimulant beverages [ 22 ], and studying the relationship between driving concentration and pulse wave [ 23 , 24 ]. Cardiovascular-related problems caused by diabetes are also observed using pulse waves [ 25 ].…”

Section: Introductionmentioning

confidence: 99%

Radial arterial waves for chemotherapy- and radiotherapy-related myocardial damage identification in patients with breast cancer

Lee¹,

Yen²,

Hou³

et al. 2023

BioMedicine

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Summary Introduction Chemotherapy and radiation therapy for breast cancer cause side effects, such as cardiovascular changes, which can be monitored with echocardiography. However, more convenient methods are always encouraged. Radial arterial waves that are used to detect cardiovascular changes can be used to assist in confirming cardiovascular changes. Aim This retrospective study aimed to analyze the frequency and time domains of the radial artery pulse wave in patients with breast cancer to understand its effectiveness in identifying cardiovascular changes. Methods Patients with breast cancer were screened from the pulse examination records in Changhua Christian Hospital and divided into the treatment and remission groups. After unlinking the data, the pulse data were analyzed for the breast cancer treatment and remission group, including the average value of the parameters of four consecutive pulse diagnosis records in four consecutive months to test the difference in pulse waves due to breast cancer treatment between the two groups. Additionally, the pulse wave stability of the two groups was compared using the coefficient of variation. Results and conclusion The comparison of the pulse wave data between 19 patients in the treatment group and 40 patients in the remission group revealed 45 parameters in time and 50 in frequency domains. D3, ND3, NA1, and NT1 are the four parameters with significant differences (p < 0.05), which are all related to heart function, and mainly related to cardiac output and peripheral resistance, indicating that patients in the treatment period have poor heart function. No difference was found in the degree of data dispersion between the two groups. Cardiovascular side effects caused by breast cancer treatment can mainly be shown in the pulse wave time domain.

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