BUBBLE CPAP NON-INVASIVE VENTILATION IN TREATMENT OF ATELECTASIS AFTER CARDIAC SURGERY: CASE REPORТ
Journal
Архиви на јавно здравје = Archives of public health
Date Issued
2018
Author(s)
Abstract
Bubble CPAP is a simple, safe, non-invasive and cost effective method of delivering respiratory
support to premature and term neonates. Application of Continuous Positive Airway Pressure
(CPAP) in neonates and infants with respiratory distress is associated with reduction of respiratory
failure, lung complications and mortality. Case report: We present a case of an infant with
congenital heart defect - coartation of the aorta. Cardiac surgery was done at the infant’s two
weeks age. Deterioration of the general condition was observed in the postoperative period
along with respiratory insufficiency. Extubation efforts were unsuccessful due to the presence
of atelectasis. After bubble CPAP was placed, the atelectasis completely disappeared. Conclusion:
The administration of bubble CPAP is as effective as the other forms of non-invasive ventilation,
and can decrease the length of hospital stay, which indicates that bubble CPAP could be an optimal alternative in treatment of respiratory failure.
support to premature and term neonates. Application of Continuous Positive Airway Pressure
(CPAP) in neonates and infants with respiratory distress is associated with reduction of respiratory
failure, lung complications and mortality. Case report: We present a case of an infant with
congenital heart defect - coartation of the aorta. Cardiac surgery was done at the infant’s two
weeks age. Deterioration of the general condition was observed in the postoperative period
along with respiratory insufficiency. Extubation efforts were unsuccessful due to the presence
of atelectasis. After bubble CPAP was placed, the atelectasis completely disappeared. Conclusion:
The administration of bubble CPAP is as effective as the other forms of non-invasive ventilation,
and can decrease the length of hospital stay, which indicates that bubble CPAP could be an optimal alternative in treatment of respiratory failure.