Central aortic systolic pressure (CASP) can be estimated via filtering of the peripheral pulse
wave (PPW) following calibration to brachial blood pressure. Recent studies suggest PPW …

This paper reviews current 24 h ambulatory noninvasive technologies for pulse wave
analysis (PWA) providing central arterial pressure, pulse wave velocity, and augmentation …

Compared with brachial blood pressure (BP), central systolic BP (SBP) can provide a better
indication of the hemodynamic strain inflicted on target organs, but it is unclear whether this …

Numerous devices purport to measure central (aortic) blood pressure (BP) as distinct from
conventional brachial BP. This validation study aimed to determine the accuracy of the …

Objective: Mean arterial pressure (MAP) is usually calculated by adding one-third of pulse
pressure (PP) to DBP. This formula assumes that the average value of pulse waveform is …

Central (aortic) systolic blood pressure (cSBP) is the pressure seen by the heart, the brain,
and the kidneys. If properly measured, cSBP is closer associated with hypertension …

Objectives: Accurate assessment of mean arterial pressure (MAP) is crucial in research and
clinical settings. Measurement of MAP requires not only pressure waveform integration but …

Objective: The non-invasive estimation of central systolic blood pressure (cSBP) is
increasingly performed using new devices based on various pulse acquisition techniques …

Objective: Accurate measurement of central blood pressure (BP) using upper arm cuff-based
methods is associated with several factors, including determining the level of systolic BP …

Objective: Although brachial cuff SBP is universally used to guide hypertension
management, it can differ significantly from intraarterial SBP. We examine the potential …