Aerosol Dusters as the Predominant Source of Inhalant Abuse Mortality: Evidence From the U.S. CPSC Clearinghouse, 2011 through 2021
Perron, B.; Dimit, C.
Show abstract
BackgroundIntentional inhalation of 1,1-difluoroethane (DFE), the propellant in aerosol duster products, is a leading cause of inhalant-abuse death in the United States. The CPSC has cited death counts from its Clearinghouse in regulatory proceedings, yet no peer-reviewed publication has described the methods used to identify these cases. ObjectivesTo estimate DFE- and duster-related deaths in the CPSC Clearinghouse for 2011-2021, characterize reporting patterns, and assess classification reliability against an independently coded dataset. MethodsDeath records (N = 6,316) were identified from 261,076 Clearinghouse records using CPSC product codes for chemicals, aerosols, gases, and related products. Each record was classified through narrative review and substance coding. Inter-rater reliability was assessed against an independently coded dataset from Families United Against Inhalant Abuse (FUAIA) using Cohens kappa and Gwets AC1. ResultsOf 2,451 inhalant-abuse deaths identified (70.8% male; mean age 36.9 years), 2,097 (85.6%) involved DFE or aerosol duster products. DFE/duster deaths rose from 110 (2011) to 266 (2016). Only 17% of cases were received in the same calendar year as the incident. Prior to reconciliation, comparison with the FUAIA dataset yielded Cohens kappa of 0.90 (95% CI [0.89, 0.91]); all discrepancies were subsequently resolved through joint review. ConclusionAerosol duster products account for approximately 86% of inhalant-abuse deaths reported to the CPSC Clearinghouse; however, these counts significantly underestimate true prevalence. The concentration of mortality in a single, widely available product class supports targeted product-level interventions and provides the first peer-reviewed baseline for evaluating the impact of regulatory and prevention efforts.
Matching journals
The top 5 journals account for 50% of the predicted probability mass.