Deep Hypothermia for Total Correction of Tetralogy of Fallot .
10.4097/kjae.1980.13.2.112
- Author:
Duck Mi YOON
1
;
Hung Kun OH
;
Byung Chul CHANG
;
Bum Koo CHO
Author Information
1. Department of Anesthesiology, Yonsei University College of Medicine, Seoul, Korea.
- Publication Type:Original Article
- MeSH:
Administration, Intravenous;
Anesthesia;
Cardiopulmonary Bypass;
Catheterization;
Child;
Electrocardiography;
Ether;
Ganglionic Blockers;
Heart;
Heart Arrest;
Humans;
Hypothermia*;
Ice;
Infant;
Intubation;
Perfusion;
Resuscitation;
Rewarming;
Succinylcholine;
Tetralogy of Fallot*;
Thiopental;
Thoracic Surgery;
Triflupromazine;
Water
- From:Korean Journal of Anesthesiology
1980;13(2):112-118
- CountryRepublic of Korea
- Language:Korean
-
Abstract:
Early correction of congenital cardiac defects has been facilitated by the use of deep hypothermia and cardiorespiratory arrest. Simple deep hypothermia has a number of advantages for infant open heart surgery, such as a quiet heart and bloodless operative field, reduced blood requirement, elimination of pulmonary and coagulation problems following cardiopulmonary bypass, elimination of cannulation, simple anesthetic technique, no neccessity of complicated facilities, and stable postoperative course. Deep ether anesthesia is the ideal agent for induction of deep hypothermia by surface cooling, especially when combined with ganglionic blocking agents in large quantities to elimiminate some of the undesirable effects of ether, thus improving and maintaining good peripheral perfusion. We have performed a total correction of TOF on March, 1979. Anesthesia was induced with intravenous thiopental and succinylcholine for intubation and maintained by a tight closed circuit system with ether. As soon as routine EKG, direct intra-arterial pressure, esophageal and rectal temperature monitoring devices were installed, slow intravenous administration of triflupromazine was followed by surface cooling. Surface cooling was done by the technique of covering the child with bags of crushed ice after placing the infant on an ice water blanket. After cooling, the intracardiac procedure was performed under circulatory occlusion and cardiac arrest, following cardioplegic infusion, for 45 minutes. After the intracardiac procedure, cardiac resuscitation and rewarming were accomplished by cardiopulmonary bypass technique. The patient recovered satisfactorily and was discharged on POD14 without any complication.
