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Published on: December 17, 2014
Pneumonectomy in children
D F Blyth1, N J Buckels, R Sewsunker
1Department of Cardiothoracic Surgery, Wentworth and King George V Hospitals, Nelson R. Mandela School of Medicine, University of Natal, Durban, South Africa blyth@nu.ac.za
Insights
Pneumonectomy in children is rare but can be performed safely with careful preparation, meticulous surgical technique, and attention to detail. This review of 59 pediatric cases found no deaths, highlighting the procedure
Area of Science:
- Pediatric Surgery
- Thoracic Surgery
- Pulmonary Medicine
Background:
- Pneumonectomy in pediatric patients is infrequently documented in surgical literature.
- Understanding the risk-benefit profile and outcomes of pediatric pneumonectomy is crucial for surgical decision-making.
Purpose of the Study:
- To review a 7-year experience with pneumonectomy in children (14 years and younger).
- To determine the risk-benefit ratio of this procedure in the pediatric population.
- To compare institutional experience with existing literature on pediatric pneumonectomy.
Main Methods:
- Retrospective analysis of 59 children (6 months to 14 years) who underwent pneumonectomy between January 1991 and December 1997.
- Evaluation of diagnostic techniques, including bronchography and high-resolution computed tomography (HRCT) scans, for disease assessment.
- Assessment of intra-operative and post-operative complications, surgical techniques (e.g., bronchus blockers, prone positioning), and histological findings.
Main Results:
- Fifty-nine pediatric patients underwent pneumonectomy; common indications included bronchiectasis and tuberculosis.
- Intra-operative complications occurred in 10.1% and post-operative complications in 11.8% of cases, with no mortality.
- Bronchus blockers were utilized effectively, though associated with some risks; prone positioning was also employed.
Conclusions:
- Careful pre-operative preparation, including potential anti-tuberculosis coverage, and precise surgical timing are essential for successful pediatric pneumonectomy.
- Meticulous anesthetic and surgical techniques, alongside effective patient and team cooperation, are critical for optimizing outcomes.
- Attention to detail in managing this complex procedure renders pneumonectomy a safe option for children.
Objectives:
Surgical literature carries relatively scant information on pneumonectomy in children. We reviewed our experience over 7 years, determined the risk/benefit ratio and compared our experience with reports from the literature.
Methods:
The records of children undergoing pneumonectomy, 14 years and younger, over a 7-year period from January 1991 to December 1997, are analysed, the techniques used to determine the need for and extent of surgery are studied, whilst the problems and outcome of surgery in this age group are determined.
Results:
Fifty-nine children, 40 males, 19 females, aged 6 months to 14 years, average age of 7.5 years, underwent pneumonectomy. A history of pulmonary infection/s and a chest radiograph suggestive of lung destruction were indicators for investigation by bronchography and/or computerized axial tomography of the chest (HRCT scan). This determined the nature and extent of disease and the possibility and extent of surgery required. Bronchus blockers (22), five others in combination with the prone operating position, prone position (six) and a double lumen tube in one, were used to protect the healthy lung at surgery. Spill of pus was recognized once with a bronchus blocker and the prone position used in combination. Six intra-operative complications (10.1%) were recognized: bronchial spill (one) without consequence, conversion of bi-lobectomy to pneumonectomy due to pulmonary artery injury (one), cardiac arrest (with resuscitation, one), bradycardia with hypotension (one), excessive bleeding (one) and intra-pleural spill of debris (one), the last without consequence. Seven post-operative complications (11.8%) occurred: one empyema (sterilized), bleeding one, pulmonary infection two, suspected but unproven broncho-pleural fistulae two, prolonged antibiotics in one, reason unrecorded. One pneumonectomy through an empyema was uncomplicated. The main histological features were bronchiectasis (38), active tuberculosis (eight), end-stage lung (five), collapse and pulmonary haemorrhage (one), lobar emphysema (one). Histology unrecorded (one). No death occurred. All patients left hospital well.
Conclusions:
Careful preparation, often including anti-tuberculosis cover, and timing of pneumonectomy are essential. Meticulous anaesthetic and surgical technique and co-operation are critical. Bronchus blockers functioned well but are not without risk. Attention to detail makes pneumonectomy safe in childhood.
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