Abstract 18232: The Magnitude of Hyperemic Microvascular Resistance Determines the Functional Consequences of Fractional Flow Reserve-Positive Coronary Stenoses, as Well as the Optimal Fractional Flow Reserve Cut-Off Value for Stenosis-Specific Inducible Myocardial Ischemia

Tim P. van de Hoef,Froukje Nolte,Martijn A. van Lavieren,Martijn Meuwissen,Steven A. J. Chamuleau,Michiel Voskuil,José P.S. Henriques,Karel T. Koch,Robbert J. de Winter,Jos A. E. Spaan,Maria Siebes,Jan G.P. Tijssen,Jan J. Piek

Abstract 18232: The Magnitude of Hyperemic Microvascular Resistance Determines the Functional Consequences of Fractional Flow Reserve-Positive Coronary Stenoses, as Well as the Optimal Fractional Flow Reserve Cut-Off Value for Stenosis-Specific Inducible Myocardial Ischemia

2013

Tim P. van de Hoef
Froukje Nolte
Martijn A. van Lavieren
Martijn Meuwissen
Steven A. J. Chamuleau
Michiel Voskuil
José P.S. Henriques
Karel T. Koch
Robbert J. de Winter
Jos A. E. Spaan
Maria Siebes
Jan G.P. Tijssen
Jan J. Piek

Background: Although myocardial ischemia is a consequence of both epicardial and microvascular abnormalities, clinical decision-making by fractional flow reserve (FFR) is purportedly based on the e...

Keywords:

Stenosis
Medicine
Fractional flow reserve
INDUCIBLE MYOCARDIAL ISCHEMIA
Coronary circulation
Cardiology
Interventional cardiology
myocardial ischemia
microvascular resistance
Internal medicine
cut off value

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