INSTANTANEOUS WAVE-FREE RATIO SCOUT PULLBACK (IFR SCOUT) PRE-ANGIOPLASTY PREDICTS HEMODYNAMIC OUTCOME IN HUMANS WITH CORONARY ARTERY DISEASE: PRIMARY RESULTS OF INTERNATIONAL MULTICENTRE IFR GRADIENT REGISTRY

Christopher Cook,Yuetsu Kikuta,Andrew S.P. Sharp,Pablo Salinas,Masafumi Nakayama,Gilbert Wijntjens,Sayan Sen,Ricardo Petraco da Cunha,Rasha Al-Lamee,Sukhjinder Nijjer,Atsushi Mizuno,Martin Mates,Luc Janssens,Farrel Hellig,Kazunori Horie,John Davies,Masahiro Yamawaki,Thomas R. Keeble,Flavio Ribichini,Ciro Indotfi,Jan Piek,Carlo Di Mario,Javier Escaned,Hitoshi Matsuo,Justin E. Davies

INSTANTANEOUS WAVE-FREE RATIO SCOUT PULLBACK (IFR SCOUT) PRE-ANGIOPLASTY PREDICTS HEMODYNAMIC OUTCOME IN HUMANS WITH CORONARY ARTERY DISEASE: PRIMARY RESULTS OF INTERNATIONAL MULTICENTRE IFR GRADIENT REGISTRY

2017

Background: In tandem and diffuse disease, offline analysis of continuous instantaneous wave-free ratio(iFR) pullbackmeasurement has been demonstrated to accurately predict the physiological outcome of revascularization. However, the accuracy of the real-time online analysis approach (iFR Scout)

Keywords:

Revascularization
Hemodynamics
Pullback
Coronary artery disease
Cardiology
Internal medicine
Instantaneous wave-free ratio
Angioplasty
Medicine
online analysis
offline analysis

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