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Published on: May 6, 2014
Rational treatment of empyema in children
A H Meier1, B Smith, A Raghavan
1Division of Pediatric Surgery, Stanford University, 725 Welch Rd, Palo Alto, CA 94304, USA.
Insights
Pediatric empyema treatment is effective and cost-efficient using thoracostomy tube drainage (TTD) with or without fibrinolytic therapy (FT). Advanced cases may benefit from video-assisted thoracoscopic debridement (VATD), with imaging guiding treatment decisions.
Area of Science:
- Pediatric Pulmonology
- Thoracic Surgery
- Medical Imaging
Background:
- Pediatric empyema requires effective and cost-efficient treatment strategies.
- Current therapeutic options include thoracostomy tube drainage (TTD) with or without fibrinolytic therapy (FT), and video-assisted thoracoscopic debridement (VATD).
Purpose of the Study:
- To evaluate the efficacy and cost-effectiveness of different treatment protocols for pediatric empyema based on radiographic appearance.
- To determine the optimal timing and modality for intervention in pediatric empyema cases.
Main Methods:
- Retrospective case series conducted at a tertiary referral center.
- Analysis of 31 children treated between 1995 and 1999.
- Comparison of outcomes and costs for TTD (with or without FT) versus VATD.
Main Results:
- TTD with or without FT was successful in most pediatric empyema cases (85.2%).
- Salvage VATD was required in 14.8% of TTD cases, with higher associated costs and length of stay.
- Primary VATD was performed in 12.9% of cases, demonstrating shorter hospital stays and lower overall charges compared to salvage VATD.
- Complications were minimal, with no significant adverse events related to urokinase therapy.
Conclusions:
- TTD with or without FT is a safe and effective first-line treatment for early-stage pediatric empyema.
- Primary VATD is recommended for children with advanced disease.
- An algorithmic approach utilizing imaging (CT or ultrasonography) can improve prediction of treatment failure and optimize cost-effectiveness.
Hypothesis:
Efficacious and cost-effective treatment of pediatric empyema can be accomplished following a protocol based on its radiographic appearance. Therapeutic modalities include thoracostomy tube drainage (TTD) with or without fibrinolytic therapy (FT) and video-assisted thoracoscopic debridement (VATD).
Design:
Retrospective case series.
Setting:
Tertiary referral center.
Results:
From 1995 through 1999, 31 children were treated ranging in age from 11 months to 18 years (mean age, 5.1 years). Twenty-seven (87.1%) underwent TTD; of these, 22 (81.5%) received FT with urokinase. The TTD failed in 4 children (14.8%) who required salvage VATD. Primary VATD was performed in another 4 children (12.9%). The mean length of stay was 14.6 days (TTD, 14.1 days; salvage VATD, 20. 0 days; primary VATD, 11.5 days), ranging from 8.0 to 30.0 days. Complications included readmission for fever (2 patients [6.5%]) and gastrointestinal bleeding (1 patient [3.2%]). There were no anaphylactic reactions or bleeding episodes due to urokinase. Two patients (7.4%) treated with TTD and FT developed an air leak that resolved spontaneously. The mean hospital charges were $78,832 (TTD with or without FT, $75,450; salvage VATD, $107,476; primary VATD, $69,634). The procedural charges were highest for salvage VATD.
Conclusions:
Most cases of pediatric empyema can be treated by TTD with or without FT. This therapy is safe and effective for children with nascent disease. Primary VATD is preferred in children with advanced disease. Cost-effectiveness could be further improved through better prediction of those patients likely to fail TTD and require salvage VATD. An algorithmic approach based on findings from computed tomography or (better) ultrasonography of the chest may be the best way to make this distinction and rationalize care.
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