Surgical Atlas of Functional Single Ventricle and Hypoplastic Left Heart Syndrome [electronic resource] /
Qiao, Bin.editor.
Liu, Zhong Min.editor.
Weng, Yu Guo.editor.
Yoganathan, Ajit P.editor.
This book provides a comprehensive surgical atlas of functional single ventricle and hypoplastic left heart syndrome, based on theoretical insights and a wealth of clinical practice. It offers anatomical morphology and descriptive texts, while also highlighting key aspects of each procedure. The book is divided into three major parts, the first two of which illustrate the procedures for the palliation of functional single ventricle and hypoplastic left heart syndrome respectively, including the fundamental concepts, derivatives, evolutionary process, and criterion for the staged Fontan procedure. In turn, part three highlights advances in computational simulation for cardiological applications. Featuring well-illustrated, clearly structured instructions, the book offers a valuable guide to functional single ventricle and hypoplastic left heart syndrome for cardiologists around the globe.
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 Total Cavopulmonary 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.
This book provides a comprehensive surgical atlas of functional single ventricle and hypoplastic left heart syndrome, based on theoretical insights and a wealth of clinical practice. It offers anatomical morphology and descriptive texts, while also highlighting key aspects of each procedure. The book is divided into three major parts, the first two of which illustrate the procedures for the palliation of functional single ventricle and hypoplastic left heart syndrome respectively, including the fundamental concepts, derivatives, evolutionary process, and criterion for the staged Fontan procedure. In turn, part three highlights advances in computational simulation for cardiological applications. Featuring well-illustrated, clearly structured instructions, the book offers a valuable guide to functional single ventricle and hypoplastic left heart syndrome for cardiologists around the globe.
Cardiac surgery.
Cardiac Surgery.