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Clinical Outcomes for Young Children Diagnosed With Asthma Versus Reactive Airway Disease
Sean M Frey1, Nicolas P N Goldstein2, Veronica Kwiatkowski1
1University of Rochester School of Medicine and Dentistry (SM Frey, V Kwiatkowski, A Reinish), Rochester, NY.
Insights
Diagnosing reactive airway disease (RAD) in children can delay asthma care. However, clinical outcomes for RAD and asthma were similar within two years, suggesting earlier asthma diagnosis for prompt treatment.
Area of Science:
- Pediatric Pulmonology
- Clinical Pediatrics
Background:
- Clinical diagnosis of asthma and reactive airway disease (RAD) in young children is often subjective.
- Variations in initial diagnosis may impact subsequent care and outcomes.
Purpose of the Study:
- To compare the frequency of asthma versus RAD diagnoses in young children.
- To determine if preventive care and 2-year clinical outcomes differ based on initial diagnosis.
Main Methods:
- Retrospective cohort analysis of children aged 2-7 years diagnosed with RAD or asthma.
- Adjusted comparisons for time to subsequent asthma-related care.
- Comparison of healthcare services, prescriptions, and action plans within 2 years.
Main Results:
- Reactive airway disease (RAD) was diagnosed in 62% of initial visits and more likely in emergency settings.
- No significant difference in time to subsequent asthma care or 2-year clinical outcomes between RAD and asthma groups.
- Children with RAD often received controller medications and action plans 9 months after a subsequent asthma diagnosis.
Conclusions:
- Reactive airway disease (RAD) diagnoses are associated with delayed preventive care.
- Clinical outcomes within 2 years are similar for both RAD and asthma diagnoses.
- Prompt asthma diagnosis is recommended over RAD for children with asthma symptoms to ensure timely treatment.
Objective:
Clinical diagnoses of asthma and reactive airway disease (RAD) in young children are subjective. We examined how often children were diagnosed with asthma versus RAD, and whether preventive care and 2-year clinical outcomes differed based on initial diagnosis.
Methods:
We conducted a retrospective cohort analysis of children (2-7 years) from a university-based general pediatrics practice who had been diagnosed with RAD or asthma. We performed adjusted comparisons between groups for time until subsequent asthma-related care. We also compared delivery of asthma-related healthcare services, corticosteroid and controller prescriptions, and action plans within 2 years of index diagnosis, using bivariate and regression analyses.
Results:
Four hundred three children were included (64% male, 67% Black, 25% Hispanic). RAD was diagnosed in 62% of index visits, and was more likely than asthma to be diagnosed in emergency settings. In the full sample, the time between index visit and subsequent asthma care did not differ between groups, after adjustment for index location. For subjects with complete 24-month follow-up (N = 300), no between-group differences were found in adjusted analyses. Most children with RAD received action plans and controller medications only after a subsequent asthma diagnosis, on average, 9 months after their index visit.
Conclusions:
RAD diagnoses were linked to delayed delivery of preventive care measures, but within 2 years of initial diagnosis, clinical outcomes for those diagnosed with RAD and asthma did not differ. To facilitate clear communication and timely treatment, a prompt diagnosis of asthma, rather than RAD, should be considered for children with asthma symptoms.
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