Abstract
Background Recent independent approaches have been presented to describe and quantify particular properties of blood flow using MRI. However, the fluid dynamic data acquired with 4D phase contrast involve complex flow patterns that motivate a systematic, comprehensive analysis of various quantities in a single software tool. For the hemodynamics, an undisturbed vascular forward flow is crucial. In this context, the evaluation of power loss due to turbulences and the study of flow vortices and their impact are important contributions to gain deeper insight into cardiovascular flow.
Highlights
Recent independent approaches have been presented to describe and quantify particular properties of blood flow using MRI
The fluid dynamic data acquired with 4D phase contrast involve complex flow patterns that motivate a systematic, comprehensive analysis of various quantities in a single software tool
A comprehensive analysis of complex flow quantities can be accomplished by a single software
Summary
Comprehensive fluid dynamic quantification in congenital heart disease: introduction of a new software tool Dominik Daniel Gabbert*, Christopher Hart, Inga Voges, Philip Wegner, Michael Jerosch-Herold, Ines Kristo, Traudel Hansen, Hans-Heiner Kramer, Carsten Rickers From 18th Annual SCMR Scientific Sessions Nice, France. Background Recent independent approaches have been presented to describe and quantify particular properties of blood flow using MRI. The fluid dynamic data acquired with 4D phase contrast involve complex flow patterns that motivate a systematic, comprehensive analysis of various quantities in a single software tool.
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