Surgical Atlas of Functional Single Ventricle and Hypoplastic Left Heart Syndrome

The Naming and Classification of Etiology.- Anatomical Features.- Septation of the Single Ventricle-Corrective Surgery.- Classic Glenn Surgery-Early Palliative Surgery.- Bidirectional Glenn Shunt-Stage I Palliative Surgery.- Qiao's Surgery-Qiao's Modified Bidirectional Glenn Shunt and Incomplete Fontan Surgery.- The Basic Concepts of Traditional Fontan Surgery: Systemic and Pulmonary Circulation Shunt.- Original Fontan Surgery-One-time Cavopulmonary Connection.- Kreutzer Modified Surgery-Right Atrium Appendage Pulmonary Artery Connection.- Björk Modified Surgery-Right Atrium Right Ventricle Connection.- Norwood Modified Surgery-Right Atrium Pulmonary Artery Connection.- de Level Modified Surgery.- Staged Fontan Surgery.- Hemi-Fontan Surgery and Intra-atrial Lateral Tunnel Fontan Surgery-Staged Right Atrium Pulmonary Artery Connection.- Extracardiac Conduit Full Fontan Surgery-Total Cavopulmonary Connection.- Intra-atrial Lateral Tunnel versus Extracardiac Conduit, and Fenestrated TotalCavopulmonary Connection.- New Concepts of Dynamic Fontan Surgery.- Pulsating Balloon Assisted Fontan Surgery's Total Cavopulmonary Circulation.- Basic Conception.- Surgical Treatment History.- Pathological Classification.- Indications and Contraindications.- Stage I Norwood Procedure.- Stage I Modified Norwood Procedure.- Classic Single Fontan Procedure.- Stage II Norwood Procedure (Hemi-Fontan Surgery).- Stage II Norwood Procedure (Bidirectional Glenn Shunt).- Stage III Norwood Surgery (Fontan Operation).- Hybrid Therapy of Stage I Norwood Procedure (Hybrid Therapy).- Stage II Norwood Procedure After Hybrid Therapy (Hemi-Fontan And Bidirectional Glenn Shunt).- Orthotopic Cardiac Transplantation for Left Ventricular Hypoplasia Syndrome.- Discussion.- Fundamental of Image-Based Computational Simulation.- Overview of Image-based Computational Simulation for Single Ventricle Hemodynamics.- Clinical Applications of Image-based Computational Simulation for Single Ventricle Hemodynamics.-Future Direction.<p></p>