The pressure-flow relationship at peripheral level is non-invasively studied in human subjects: the impedance function and the beat-to-beat variability series of microvascular peripheral resistance are estimated. The frequency content of this variability signal is compared to those of more classical variability series at rest and during mild supine physical exercise.
Beat-to-beat variability of microvascular pheripheral resistances assessed with a non-invasive approach / A. Porta, G. Baselli, L. Mainardi, D. Lucini, M. Pagani, A. Malliani, S. Cerutti. - In: COMPUTERS IN CARDIOLOGY. - ISSN 0276-6574. - 22(1995), pp. 201-204. ((Intervento presentato al 22. convegno Annual Scientific Meeting of Computers in Cardiology tenutosi a Wien nel 1995.
Beat-to-beat variability of microvascular pheripheral resistances assessed with a non-invasive approach
A. PortaPrimo
;D. Lucini;M. Pagani;
1995
Abstract
The pressure-flow relationship at peripheral level is non-invasively studied in human subjects: the impedance function and the beat-to-beat variability series of microvascular peripheral resistance are estimated. The frequency content of this variability signal is compared to those of more classical variability series at rest and during mild supine physical exercise.File | Dimensione | Formato | |
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