Cardiovascular diseases are one of most frequent cause of morbidity and mortality in the
world. There is an emerging need for integrated, non-invasive, and easy-to-use clinical tools …

Objectives Recently, a novel method to estimate aortic pulse wave velocity (aPWV)
noninvasively from an oscillometric single brachial cuff waveform reading has been …

Background The prognostic value of central aortic pulse pressure (PP-C) may have been
underestimated due to its measurement inaccuracy. We aimed to investigate the accuracy of …

Background We have previously reported that estimation of central blood pressure (BP) and
augmentation using an automated oscillometric device are robust and feasible in a …

Recently a new method has been proposed as a tool to measure arterial pulse wave velocity
(PWV), a measure of the stiffness of the large arteries and an emerging parameter used as …

Our aim was to assess the discrepancy in the blood pressure amplification (BPA) value
defined as the aortic-to-brachial increase in systolic BP (SBP) between invasive and …

Objective: In this work, we demonstrate an accelerometric patch probe and associated
measurement system for local pulse wave velocity (PWV) measurement and its application …

Background Noninvasive pulse waveform analysis is valuable for central cardiovascular
assessment, yet controversies persist over its validity in peripheral measurements. Our …

Introduction Brachial cuff‐based methods are increasingly used to estimate aortic systolic
blood pressure (aoSBP). However, there are several unresolved issues. Aims to determine …

Background Hypertension is a major risk factor for a wide range of cardiovascular diseases
and is typically identified by measuring blood pressure (BP) at the brachial artery. Although …