Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
8670369 | The Journal of Thoracic and Cardiovascular Surgery | 2018 | 9 Pages |
Abstract
Significant increases in inferior vena cava flow consistent with fibrosis induced arterialization and ventricular power output suggest a burden being placed on the single ventricle from liver fibrosis. Local total cavopulmonary connection flow dynamics do not seem to influence the degree of fibrosis. Favorable total cavopulmonary connection hemodynamics may not be enough to overcome the power shortage and elevated venous pressures inherent to a Fontan circulation.
Keywords
EDVFALDTcpCIVCCVPLPACMRBSApower lossCardiac magnetic resonanceCardiac outputSingle ventricleEnd-diastolic volumeCFDComputational fluid dynamicsbody surface areaLeft pulmonary arteryCentral venous pressurefontanFibrosisCongenital heart defectHemodynamicsInferior vena cavatotal cavopulmonary connection
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Authors
Phillip M. MS, Zhenglun PhD, Jack MD, Pierre A. MD, Lea F. MD, David J. MD, Mark A. MD, Ajit P. PhD,