Public Library of Science
Browse

Linear correlation between PWV, clinical characteristics, oscillometric measures and CMR-derived parameters.

Download (0 kB)
dataset
posted on 2015-01-22, 02:48 authored by Hans-Josef Feistritzer, Sebastian J. Reinstadler, Gert Klug, Christian Kremser, Benjamin Seidner, Regina Esterhammer, Michael F. Schocke, Wolfgang-Michael Franz, Bernhard Metzler
<p>PWV<sub>OSC</sub>: pulse wave velocity assessed by transformation of oscillometrically defined brachial pressure wave form, PWV<sub>CMR</sub>: pulse wave velocity assessed by cardiac magnetic resonance, RR<sub>sys</sub>: systolic blood pressure, RR<sub>dia</sub>: diastolic blood pressure, DC<sub>aA</sub>: distensibility coefficient of the ascending aorta, DC<sub>dA</sub>: distensibility coefficient of the descending thoracic aorta, DC<sub>abA</sub>: distensibility coefficient of the abdominal aorta, DC mean: mean DC of all three aortic levels, DC central: DC at different aortic levels calculated using central aortic pulse pressure.</p><p>Linear correlation between PWV, clinical characteristics, oscillometric measures and CMR-derived parameters.</p>

History

Related Materials

  1. 1.
    DOI - Is supplement to Comparison of an Oscillometric Method with Cardiac Magnetic Resonance for the Analysis of Aortic Pulse Wave Velocity

Usage metrics

    PLOS ONE

    Categories

    Keywords

    aortic PWVbrachial pressure waveformstudy populationanalysistransfer functionoscillometric device1.5 Tesla scannertransit time method40 volunteersoscillometric methodI.E.Mbrachial pressure waves11 femalesaortic PWVCMR34 yearsPWVOSC1.8iqrAortic Pulse Wave Velocity ObjectivesPulse wave velocityoscillometric blood pressure measurementsresonance imaging

    Licence

    CC BY 4.0

    Exports

    RefWorks
    BibTeX
    Ref. manager
    Endnote
    DataCite
    NLM
    DC