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Fewer interventions in the immediate post-extubation management of pediatric intensive care unit patients: safety and
M Soler1, A Raszynski, R J Kandrotas
1Division of Critical Care Medicine, Miami Children's Hospital, FL 33155, USA.
Insights
A simplified postextubation treatment reduced patient charges significantly without compromising safety. This new protocol offers substantial cost savings for pediatric intensive care units.
Area of Science:
- Pediatric Intensive Care
- Critical Care Medicine
- Respiratory Therapy
Background:
- Postextubation management in pediatric patients is critical for recovery.
- Standard protocols often involve multiple interventions, potentially increasing costs.
- Evaluating alternative, cost-effective strategies is essential for optimizing patient care.
Purpose of the Study:
- To compare the safety and patient charges of two distinct postextubation treatment regimens in pediatric patients.
- To determine if a less intensive protocol can achieve similar clinical outcomes at a lower cost.
Main Methods:
- A prospective randomized nonblinded study involving 22 pediatric patients (7 months–13 years) requiring mechanical ventilation.
- Patients were assigned to either Protocol A (standard: 3 albuterol treatments, chest radiograph) or Protocol B (modified: 1 albuterol treatment).
- Clinical parameters (vitals, blood gases, oxygen saturation) and complications were monitored for 24 hours postextubation; patient charges were calculated.
Main Results:
- No statistically significant differences in safety outcomes (arterial pH, oxygen saturation, vital signs, complications) were observed between the two protocols.
- Protocol A showed statistically higher mean PaO2 and PaCO2, but these were not clinically significant.
- Protocol B resulted in significantly lower patient charges ($476.00) compared to Protocol A ($863.50), a saving of $387.50 per patient.
Conclusions:
- A modified postextubation management protocol with fewer interventions is safe for pediatric patients.
- This simplified approach leads to substantial cost savings for healthcare institutions.
- The findings support the adoption of less intensive, more cost-effective postextubation care strategies.
Purpose:
The purpose of this article was to compare the safety and patient charges of two postextubation treatment regimens.
Materials And Methods:
Twenty-two pediatric patients, between the ages of 7 months and 13 years, who were mechanically ventilated for less than 5 days were studied in a prospective randomized nonblinded study at a multidisciplinary pediatric intensive care unit. Immediately after extubation all patients received supplemental oxygen, administered via mask or nasal cannulae, at a flow rate or concentration sufficient to maintain the pulse oximetric arterial oxygen saturations > 95%; arterial blood gas analyses were performed at 30 minutes after extubation. The subjects were randomly assigned to one of two protocols. Protocol A (our standard management) consisted of (1) three nebulized albuterol treatments administered 1 hour apart, and (2) a chest radiograph obtained within 60 minutes of extubation. Protocol B included one nebulized albuterol treatment administered immediately after extubation. We measured the heart rate, respiratory rate, and arterial blood pressure immediately after and at 60, 120, and 180 minutes following extubation. The following data were also recorded: arterial blood gas analysis results and continuous pulse oximetric arterial oxygen saturation levels. Any significant complications, such as stridor, respiratory distress, or requirement for reintubation, were noted if they occurred within 24 hours of extubation. Patient charge costs were calculated after obtaining the prevailing hospital and physician charges at the time of the study.
Results:
Eleven patients completed each arm of the study (total = 22). There were no statistically significant differences between the two groups with respect to arterial pH, serum bicarbonate, pulse oximetric arterial oxygen saturation, arterial blood pressure, respiratory rate, or heart rate (P > .05). Patients treated with Protocol A had a statistically, but not clinically, significant higher mean PaO2 and PaCO2 (P = .02 and P = .05, respectively) than those in Protocol B. Associated charges per patient for Protocol A were $863.50 versus $476.00 for Protocol B. This is a savings of $387.50 per patient. Our pediatric intensive care unit provides care to over 600 intubated patients per year, which would equate to a charge savings of $232,500.00 per year.
Conclusion:
A modified postextubation management protocol, consisting of fewer interventions, resulted in significant patient charge savings with no increased risk to the patient.