Seven years follow‐up of ballistocardiogaphy

This work serves as a method description, where ballistocardiography (BCG) and pulse waves were used to study longer term alterations of heart-vasculature system. BCG and pulse signals were recorded from one person in sitting position by using Electromechanical Film (EMFi) sensors during 7 years ti...

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Bibliographic Details
Main Author: Jarmo Alametsä
Format: Article
Language:English
Published: Finnish Social and Health Informatics Association 2012-06-01
Series:Finnish Journal of eHealth and eWelfare
Subjects:
BCG
Online Access:https://journal.fi/finjehew/article/view/6548
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spelling doaj-425bf505ee7a4889a739d0026a6e866f2021-04-21T13:11:21ZengFinnish Social and Health Informatics AssociationFinnish Journal of eHealth and eWelfare1798-07982012-06-0142Seven years follow‐up of ballistocardiogaphyJarmo Alametsä0Ballox Oy, Tampere This work serves as a method description, where ballistocardiography (BCG) and pulse waves were used to study longer term alterations of heart-vasculature system. BCG and pulse signals were recorded from one person in sitting position by using Electromechanical Film (EMFi) sensors during 7 years time interval. ECG, BCG, carotid pulse (CP) signal from the right side of the neck near the carotid artery and the left ankle pulse wave (in five recordings) were recorded from one person. Duration of the signal components according to R wave from the ECG, amplitudes and spectral components of the signals were studied. Pulse wave velocity (PWV) values were calculated in order to compare aortic blood pressure (BP) to values obtained with commercial Omron BP measurement device. The time domain properties of CP and BCG signals during seven years time remained fairly stable within the same person. Also when the signals were estimated visually in spectral domain from the seat BCG and especially from the CP, no major differences were found. Minor alterations in the frequency of the spectral spikes may be due to heart rate changes between measurements or due to slight changes in the arterial elasticity having an influence to the spectral traces. Obtained PWV values followed closely BP changes measured with Omron BP measurement device. https://journal.fi/finjehew/article/view/6548EMFiBCGfollow-upblood pressure
collection DOAJ
language English
format Article
sources DOAJ
author Jarmo Alametsä
spellingShingle Jarmo Alametsä
Seven years follow‐up of ballistocardiogaphy
Finnish Journal of eHealth and eWelfare
EMFi
BCG
follow-up
blood pressure
author_facet Jarmo Alametsä
author_sort Jarmo Alametsä
title Seven years follow‐up of ballistocardiogaphy
title_short Seven years follow‐up of ballistocardiogaphy
title_full Seven years follow‐up of ballistocardiogaphy
title_fullStr Seven years follow‐up of ballistocardiogaphy
title_full_unstemmed Seven years follow‐up of ballistocardiogaphy
title_sort seven years follow‐up of ballistocardiogaphy
publisher Finnish Social and Health Informatics Association
series Finnish Journal of eHealth and eWelfare
issn 1798-0798
publishDate 2012-06-01
description This work serves as a method description, where ballistocardiography (BCG) and pulse waves were used to study longer term alterations of heart-vasculature system. BCG and pulse signals were recorded from one person in sitting position by using Electromechanical Film (EMFi) sensors during 7 years time interval. ECG, BCG, carotid pulse (CP) signal from the right side of the neck near the carotid artery and the left ankle pulse wave (in five recordings) were recorded from one person. Duration of the signal components according to R wave from the ECG, amplitudes and spectral components of the signals were studied. Pulse wave velocity (PWV) values were calculated in order to compare aortic blood pressure (BP) to values obtained with commercial Omron BP measurement device. The time domain properties of CP and BCG signals during seven years time remained fairly stable within the same person. Also when the signals were estimated visually in spectral domain from the seat BCG and especially from the CP, no major differences were found. Minor alterations in the frequency of the spectral spikes may be due to heart rate changes between measurements or due to slight changes in the arterial elasticity having an influence to the spectral traces. Obtained PWV values followed closely BP changes measured with Omron BP measurement device.
topic EMFi
BCG
follow-up
blood pressure
url https://journal.fi/finjehew/article/view/6548
work_keys_str_mv AT jarmoalametsa sevenyearsfollowupofballistocardiogaphy
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