Procedures performed in association with cardiac catheterization have excellent long-term results, with an associated mortality of 2-4% of procedures. The Fontan procedure carries a survival rate of over 90%.
Most congenital heart defects require surgery during infancy or childhood.
Surgery is recommended for congenital heart defects that result in a lack of oxygen, a poor quality of life, or a patient who does not thrive.
Pediatric cardiologists and cardiac surgeons specialize in treatment of congenital defects. Hospitals dedicated to the care of children may provide cardiac surgery services.
Heart surgery for congenital defects is performed to repair a defect, providing improved blood flow to the pulmonary and systemic circulations and better oxygen delivery to the body.
S. Bert Litwin has written: 'Color atlas of congenital heart surgery' -- subject(s): Atlases, Congenital Heart Defects, Heart Surgery, Methods, Surgery
A variety of surgical procedures that are performed to repair the many types of heart defects that may be present at birth.
Leona M. Bayer has written: 'Growth diagnosis' -- subject(s): Anthropometry, Growth, Human growth 'Children with congenital intracardiac defects' -- subject(s): Atlases, Congenital Heart Defects, Congenital heart disease in children, Heart, Heart Surgery, In infancy and childhood, Pediatric cardiology, Psychology, Sick children, Surgery
Charles E. Mullins has written: 'Cardiac catheterization in congenital heart disease' -- subject(s): Cardiac catheterization, Cardiac catheterization in children, Congenital Heart Defects, Congenital heart disease in children, Diagnosis, Heart Catheterization, Methods, Surgery, Therapy
Surgical procedures seek to repair the defect and restore normal pulmonary and systemic circulation. Sometimes, multiple, serial surgical procedures are necessary.
Paul A. Ebert is known for authoring books such as "The Wizard of Waramo," "The Princess and the Fool," and "Kira." These books are often categorized as fantasy or young adult fiction.
14-month old boy was diagnosed with four congenital heart defects. He was admitted into the children's hospital where doctors knew immediately that the boy would need surgery. Surgeons realized that creating a 3D model of the boy's heart would help study the defects and save the boy's life. Doctor called an engineering department which created a 3D model made from a polymer. The model helped doctors study the defects and come up with solutions before the critical surgery and boy's heart was repaired by the surery in what is the first use of 3-D printing for treating a pediatric heart patient. surgeryfrontiers.blogspot.com/2014/02/congenital-heart-disease.html
yes 14-month old boy was diagnosed with four congenital heart defects. He was admitted into the children's hospital where doctors knew immediately that the boy would need surgery. Surgeons realized that creating a 3D model of the boy's heart would help study the defects and save the boy's life. Doctor called an engineering department which created a 3D model made from a polymer. The model helped doctors study the defects and come up with solutions before the critical surgery and boy's heart was repaired by the surery in what is the first use of 3-D printing for treating a pediatric heart patient. surgeryfrontiers.blogspot.com/2014/02/congenital-heart-disease.html