Survey on Nicotine Labels for E-cigarettes
This study is looking at new ways to label e-cigarettes so people better understand how much nicotine they contain. Researchers want to create and test two new types of labels: one for nicotine concentration (how much nicotine is in the product) and another for nicotine flux (how much nicotine is released when you use it). The goal is to find out if these updated labels, called Updated Labeling, help both young people (ages 14-20) and adults (ages 21 and older) understand nicotine strength better than current labels. The study will survey 2500 participants in the United States, including those who have never used tobacco and those who use e-cigarettes. Success will be measured by how people perceive nicotine strength after seeing the new labels, specifically 20 minutes after viewing them.
- Study design
- This is an interventional study that plans to enroll 2500 participants. It is not specified if the study is randomized or blinded.
- What's involved
- Not specified in the trial record.
- Compensation
- Not stated in the trial record.
- Follow-up
- The primary endpoint, perceived nicotine strength, is measured at 20 minutes.
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Survey to Test the Nicotine Concentration and Nicotine Flux Labels for E-cigarettes
At a glance
Conditions
Where it's being run
1 sites across 1 statesWho to contact
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What this trial measures
- Perceived Nicotine Strength20 minutes
To assess the impact of the new labels on understanding of the nicotine strength of e-cigarettes, perceived nicotine strength will be assessed. Participants will see each label at four nicotine strengths. After viewing each label/strength combination, participants will report on perceived strength. A correct response will be one that corresponds to what the label depicts. For instance, a response of "high nicotine" would be correct if a flux label visually depicts nicotine emissions in the high range. The total number of correct strength ratings for each label type (i.e., the market mg/mL label, the new nicotine concentration labels, the new flux labels) will be calculated and compared to one another to determine which label is most informative. The primary hypothesis is that the new nicotine concentration and flux label(s) will outperform mg/mL market labeling in accurately conveying liquid nicotine strength.