Arterial pressure variability is a relatively unexplored topic among the various and detailed studies of cardiovascular variability. A deeper analysis of components and contributions carried by diastolic and pulse pressure may provide a unique insight on the potential systemic effects due to vasomotor activity and response at the level of microcirculation, whose dynamics are either driven by neural and vascular modulations. The aim of the present work is to develop a multivariate parametric model for the identification of the main components of diastolic and pulse pressure in order to investigate all the potential correlations between systemic arterial pressure variability and peripheral sources of oscillations and to analyze their interactions with the most known mechanisms of cardiovascular regulation.
Multivariate parametric model for the identification of diastolic pressure and pulse pressure components / F. Aletti, G. Baselli, T. Bassani, D. Lucini, M. Pagani - In: Engineering in Medicine and Biology Society, 2007 : EMBS 2007Piscataway (New Jersey) : IEEE, 2007. - ISBN 9781424407873. - pp. 287-290 (( Intervento presentato al 29. convegno Annual international conference of the IEEE tenutosi a Lyon nel 2007.
Multivariate parametric model for the identification of diastolic pressure and pulse pressure components
D. LuciniPenultimo
;M. PaganiUltimo
2007
Abstract
Arterial pressure variability is a relatively unexplored topic among the various and detailed studies of cardiovascular variability. A deeper analysis of components and contributions carried by diastolic and pulse pressure may provide a unique insight on the potential systemic effects due to vasomotor activity and response at the level of microcirculation, whose dynamics are either driven by neural and vascular modulations. The aim of the present work is to develop a multivariate parametric model for the identification of the main components of diastolic and pulse pressure in order to investigate all the potential correlations between systemic arterial pressure variability and peripheral sources of oscillations and to analyze their interactions with the most known mechanisms of cardiovascular regulation.File | Dimensione | Formato | |
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