Description
Springer CT and MRI in Congenital Heart Diseases 1st Editon 2020 Softbound by Ramiah Rajeshkannan, Vimal Raj, Sanjaya Viswamitra
This book covers the cross-sectional imaging of congenital heart diseases, and features a wealth of relevant CT and MRI images. Important details concerning anatomy, physiology, embryology and management options are discussed, and the key technical aspects of performing the imaging are explained step by step. Written by a team of respected authors, the book is richly illustrated and supplemented with access to a number of clinical videos. Intended to provide quick and reliable access to high-quality MRI and CT images of frequently encountered congenital and structural heart abnormalities, the book offers a go-to guide for imaging physicians, helping them overcome the steep learning curve for pediatric cardiac imaging. Part I: Basics.- CMR.- Cardiac Embryology.- Cross Sectional Imaging Atlas.- Technical Aspects of Pediatric Cardiac CT.- Scan Techniques for Pediatric Cardiac MRI.- Sequential Segmental Approach to CHD.- Part II: Imaging in Congenital Heart Disease.- Congenital Aortic Anomalies.- Vascular Rings and Slings.- Radiological Review of Coronary Artery Anomalies.- Imaging in Pulmonary Atresia with Ventricular Septal Defect.- Congenital Pulmonary Venous Anomalies.- CT and MRI of Simple Cardiovascular Shunts.- Ebstein Anomaly.- Pre and Post Operative Imaging in Tetralogy of Fallot.- Double Outlet Right Ventricle : Morphology and Function.- Pre and Post Operative Imaging in Transposition of Great Arteries.- Imaging of Single Ventricle.- CT and MR Imaging in Post Operative CHD.- Valvular Heart Disease.- Part III : Special Topics in CHD.- Techniques and Clinical Applications of Phase Contrast MRI in CHD.- Imaging of Pulmonary Hypertension in Congenital Heart Disease.- CT Versus MRI in Congenital Heart Disease.- Echocardiography for Congenital Heart Disease - Fundamental Approach.- 3D Prototyping - Technology and Applications for CHD.- Radiation issues in Pediatric Cardiac CT Imaging.