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Impact of product safety changes on accidental exposures to liquid laundry packets in children
Kate M Reynolds1, Randy I Burnham1, Heather Delva-Clark1
1Rocky Mountain Poison and Drug Safety, Denver Health and Hospital Authority, Denver, CO, USA.
Insights
The ASTM International safety standard significantly reduced accidental liquid laundry packet (LLP) exposures in children. This led to fewer healthcare visits and severe outcomes, demonstrating the standard's effectiveness in child safety.
Area of Science:
- Public Health
- Consumer Product Safety
- Pediatric Toxicology
Background:
- Accidental exposures to liquid laundry packets (LLPs) in children pose a significant public health risk.
- Prior to 2014, there was a need for standardized safety measures to mitigate these incidents.
Purpose of the Study:
- To assess the impact of the ASTM International safety standard on accidental pediatric exposures to LLPs.
- To evaluate changes in the severity and healthcare utilization associated with LLP exposures post-standard implementation.
Main Methods:
- Utilized the National Poison Data System to analyze 73,942 accidental LLP exposures in children under 6 years old (July 2012-December 2018).
- Categorized exposures into baseline, transition, and post-standard periods, correlating with voluntary product changes (2013-2016).
- Compared exposure counts and sales-adjusted rates between baseline and post-periods, focusing on healthcare facility evaluations, admissions, and major medical outcomes.
Main Results:
- Total accidental exposures decreased significantly, with sales-adjusted rates dropping by 57.4%.
- Healthcare facility evaluations decreased by 65.0%, admissions by 81.4%, and major medical outcomes by 90.9% post-standard.
- The percentage of exposures requiring healthcare facility evaluation, admission, or resulting in major medical outcomes saw a marked reduction.
Conclusions:
- The implementation of the ASTM International safety standard was associated with a substantial decrease in the morbidity of accidental LLP exposures in children.
- Further ongoing monitoring is recommended to ensure continued safety and identify any need for additional protective measures.
Objectives:
To evaluate the impact of the ASTM International (formerly American Society of Testing Materials) safety standard and associated product safety changes on accidental exposures to liquid laundry packets (LLPs) in children.
Methods:
The National Poison Data System was queried for reports of accidental exposures to LLPs in children <6 years old received from 01 July 2012 to 31 December 2018. In 2014, ASTM International began developing a standard specifying voluntary product changes to reduce the risk of LLP exposures in young children. Product changes were made between 2013 and 2016. Exposures were grouped into baseline, transition, and post periods based on the timing of the standard's implementation. Exposure counts and sales adjusted rates were compared between the baseline and post period for all exposures and exposures involving healthcare facility (HCF) evaluation, HCF admission, and major medical outcomes.
Results:
A total of 73,942 accidental exposures in children <6 years old were reported (baseline: 10,229, 13.8%; transition: 43,507, 58.8%; post: 20,206, 27.3%). The percentage of exposures involving HCF evaluation (41.5% to 33.8%), HCF admission (4.5% to 1.9%), and major medical outcomes (0.6% to 0.1%) decreased from the baseline to post period. Sales adjusted rates of all exposures decreased 57.4% (4.920-2.094 exposures/1 million packets sold). Decreases also occurred in HCF evaluations (65.0% decrease; 2.026-0.708 exposures/1 million packets sold), HCF admissions (81.4% decrease; 0.218-0.041 exposures/1 million packets sold), and major medical outcomes (90.9% decrease; 0.030-0.003 exposures/1 million packets sold).
Conclusions:
The morbidity of accidental exposures to LLPs in children decreased substantially following implementation of the ASTM International safety standard. Ongoing monitoring should be performed to determine if additional safety measures are required.
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