Abstract
Objective New legislation to curb the rapid increase in e-cigarette use among youth is underway. We estimated the future healthcare costs for chronic diseases from e-cigarette use among never smokers who transition to tobacco smoking. Methods Using population-attributable fractions, we estimated the health expenditure attributable to e-cigarettes based on the prevalence of e-cigarette use, uptake of tobacco smoking, and risk of smoking on developing chronic disease. Data for men and women were derived from published reports on e-cigarette use prevalence, risk of smoking-related disease and addiction, and health expenditure for 25 diseases. Sensitivity analyses were undertaken to address data input variation. Results Future healthcare costs attributed to new e-cigarette-initiated smokers were conservatively estimated to be (in Australian dollars) $179.6 million annually. Collectively, the estimated costs were highest for respiratory diseases ($102.2 million; 57% of total costs), malignant cancers ($49.6 million; 28%), and cardiovascular disease ($27.7 million; 15%). The uptake rate of e-cigarettes was more important in driving healthcare costs than the proportion moving from e-cigarettes to cigarette smoking. Conclusion High avoidable health system costs are predicted for the treatment of chronic conditions created by e-cigarette-initiated smoking. These costs exclude the immediate and direct healthcare harms of e-cigarette-related poisoning, lung injury, and respiratory problems, and costs associated with the unknown health harms of e-cigarette use alone. The proposed regulations to curb recreational e-cigarette use in Australia are set to prevent expensive health care arising sometime in the future from new cigarette smokers.
Reference32 articles.
1. Chemical analysis of fresh and aged Australian e-cigarette liquids.;Med J Aust,2022
2. Banks EBK, Joshy G. Summary report on use of e-cigarettes and impact on tobacco smoking uptake and cessation, relevant to the Australian context. Commissioned Report. Canberra: Australian Government; 2020.
3. The Impact of Device Settings, Use Patterns, and Flavorings on Carbonyl Emissions from Electronic Cigarettes.;Int J Environ Res Public Health,2020
4. Carcinogenicity of acrolein, crotonaldehyde, and arecoline.;Lancet Oncol,2021
5. Can electronic-cigarette vaping cause cancer?;J Cancer Biol,2021