Abstract

BackgroundInvoluntary exposure to health-threatening environmental tobacco smoke (Combined Mainstream and Side-stream Smoke, CMSS) is a worldwide problem, causing premature death of thousands of people. CMSS consists of particulate matter (PM), one of the main sources of indoor air pollution. PM constitutes a considerable health risk for passive smokers. It is important to inform the public about brand-specific differences in CMSS-associated PM, especially in the case of brands without additives, which are therefore promoted as natural and less health-threatening.MethodsMean concentrations and the area under the curve of PM10, PM2.5 and PM1 generated by Natural American Spirit cigarettes without additives and the 3R4F standard research cigarette (University of Kentucky, USA) were measured, analyzed and compared with each other. An automatic environmental tobacco smoke emitter was used to smoke 100 cigarettes, 20 of each brand, according to a standardized smoking protocol.ResultsThis study could show that CMSS-associated PM released from tobacco brands without additives, which are therefore promoted as natural and less harmful, are higher than expectedConclusionsIt is highly improbable that Natural American Spirit tobacco products are a less harmful choice—at least not for passive smokers as this study could show. We conclude, the CMSS-associated PM level of every single customized brand should be measured because the origin of the tobacco and not the amount of CO, tar and nicotine (given as product information) seem to be responsible for the brand-specific PM release. This data is urgently needed to adequately inform the public about CMSS-associated PM exposure and the related health risk especially for passive smokers.

Highlights

  • Involuntary exposure to health-threatening environmental tobacco smoke (Combined Mainstream and Side-stream Smoke, Combined Mainstream and Sidestream Smoke (CMSS)) is a worldwide problem, causing premature death of thousands of people

  • Taking into account that the majority of people spend their time indoors, and many are involuntarily exposed to CMSS, we find it extremely relevant to investigate particulate matter (PM) levels that occur by smoking inside

  • The same relation between tobacco products applies for the mean concentration (Cmean) of PM2.5 and PM1 and the area under the curve (AUC)-PM2.5 and AUC-PM1

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Summary

Introduction

Involuntary exposure to health-threatening environmental tobacco smoke (Combined Mainstream and Side-stream Smoke, CMSS) is a worldwide problem, causing premature death of thousands of people. CMSS consists of particulate matter (PM), one of the main sources of indoor air pollution. Air pollution and its health hazards have been an important issue for researchers for decades. The smaller the diameter of the particles, the deeper they can reach into our respiratory system (Li et al 2016). PM exposure is associated with e.g. cardiovascular, respiratory tract diseases, sudden infant death syndrome (SIDS), preterm birth and premature death (Bell et al 2008; Jacquemin et al 2015; Qiu et al 2014; U.S Department of Health and Human Services 1986; Lai et al 2016)

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