Searched for: author%3A%22Parati%2C+G.%22
(1 - 4 of 4)
document
Parati, G. (author), Mendis, S. (author), Abegunde, D. (author), Asmar, R. (author), Mieke, S. (author), Murray, A. (author), Shengelia, B. (author), Steenvoorden, G. (author), van Montfrans, G. (author), O'Brien, E. (author), Technisch Physische Dienst TNO - TH (author)
This paper, which summarizes the conclusions of a WHO Expert meeting, is aimed at proposing indications to develop technical specifications for an accurate and affordable blood pressure measuring device for office/ clinic use in low resource settings. Blood pressure measuring devices to be used in low resource settings should be accurate,...
article 2005
document
Castiglioni, P. (author), Parati, G. (author), Omboni, S. (author), Mancia, G. (author), Imholz, B.P.M. (author), Wesseling, K.H. (author), di Rienzo, M. (author), TNO Biomedical Instrumentation (author)
The present study compares the spectral characteristics of 24-h blood pressure variability estimated invasively at the brachial artery level with those estimated by measurement of blood pressure at the finger artery using the non-invasive Portapres device. Broad-band spectra (from 3 x 10<sup>-5</sup> to 0.5 Hz) were derived from both finger and...
article 1999
document
Omboni, S. (author), Parati, G. (author), Castiglioni, P. (author), di Rienzo, M. (author), Imholz, B.P.M. (author), Langewouters, G.J. (author), Wesseling, K.H. (author), Mancia, G. (author), TNO Biomedical Instrumentation (author)
Portapres is a noninvasive, beat-to-beat finger blood pressure (BP) monitor that has been shown to accurately estimate 24-hour intra-arterial BP at normal and high BPs. However, no information is available on the ability of this device to accurately track ambulatory BP variability. In 20 ambulatory normotensive and hypertensive subjects, we...
article 1998
document
Gizdulich, P. (author), Imholz, B.P.M. (author), van den Meiracker, A.H. (author), Parati, G. (author), Wesseling, K.H. (author), TNO Biomedical Instrumentation (author)
Objective. Arterial pressure waveforms distort between brachial and finger arteries, causing differences mainly in systolic pressure. Distortion, reportedly, can be removed by applying a waveform filter to the finger pressure. Design. We analysed the data from two studies that detected discrepancies in systolic tracking between Finapres and...
article 1996
Searched for: author%3A%22Parati%2C+G.%22
(1 - 4 of 4)