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Published on: January 27, 2019
Pediatric Outcomes After Regulatory Mandates for Sepsis Care
Kristin H Gigli1, Billie S Davis1, Jonathan G Yabes2,3
1Clinical Research, Investigation, and Systems Modeling of Acute Illness Center, Department of Critical Care Medicine.
Insights
New York
Area of Science:
- Pediatric critical care medicine
- Public health policy
- Healthcare quality improvement
Background:
- New York State mandated pediatric-specific sepsis protocols in 2013.
- This study evaluates the impact of these regulations on pediatric sepsis outcomes.
Purpose of the Study:
- To assess the effect of New York's 2013 pediatric sepsis regulations on in-hospital mortality.
- To compare outcomes in New York with control states before and after regulation implementation.
Main Methods:
- Utilized hospital discharge data from 2011-2015 for New York and four control states.
- Employed a comparative interrupted time-series analysis to evaluate 30-day in-hospital mortality trends.
- Controlled for patient and hospital characteristics and pre-regulation trends.
Main Results:
- Overall pediatric sepsis mortality decreased in both New York and control states.
- Primary analysis showed no statistically significant effect of regulations on mortality trends (P = .06).
- Sensitivity analyses revealed improved mortality trends in New York, particularly in specific subgroups (e.g., previously healthy children, P = .02).
Conclusions:
- Statewide sepsis regulations in New York were generally associated with improved mortality trends.
- The regulations demonstrated success in impacting sepsis outcomes, especially in vulnerable pediatric subpopulations.
Background:
In 2013, New York introduced regulations mandating that hospitals develop pediatric-specific protocols for sepsis recognition and treatment.
Methods:
We used hospital discharge data from 2011 to 2015 to compare changes in pediatric sepsis outcomes in New York and 4 control states: Florida, Massachusetts, Maryland, and New Jersey. We examined the effect of the New York regulations on 30-day in-hospital mortality using a comparative interrupted time-series approach, controlling for patient and hospital characteristics and preregulation temporal trends.
Results:
We studied 9436 children admitted to 237 hospitals. Unadjusted pediatric sepsis mortality decreased in both New York (14.0% to 11.5%) and control states (14.4% to 11.2%). In the primary analysis, there was no significant effect of the regulations on mortality trends (differential quarterly change in mortality in New York compared with control states: -0.96%; 95% confidence interval [CI]: -1.95% to 0.02%; P = .06). However, in a prespecified sensitivity analysis excluding metropolitan New York hospitals that participated in earlier sepsis quality improvement, the regulations were associated with improved mortality trends (differential change: -2.08%; 95% CI: -3.79% to -0.37%; P = .02). The regulations were also associated with improved mortality trends in several prespecified subgroups, including previously healthy children (differential change: -1.36%; 95% CI: -2.62% to -0.09%; P = .04) and children not admitted through the emergency department (differential change: -2.42%; 95% CI: -4.24% to -0.61%; P = .01).
Conclusions:
Implementation of statewide sepsis regulations was generally associated with improved mortality trends in New York State, particularly in prespecified subpopulations of patients, suggesting that the regulations were successful in affecting sepsis outcomes.
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