View clinical trials related to Electronic Cigarette Use.
Filter by:E-cigarettes are marketed as an alternative to smoking for those who want to decrease the health risks of tobacco. Tobacco cigarettes increase heart rate (HR) and arterial pressure, while reducing muscle sympathetic nerve activity (MSNA) through sympathetic baroreflex inhibition. The acute effects of e-cigarettes on arterial pressure and MSNA have not been reported: our purpose was to clarify this issue. Using a randomized crossover design, participants inhaled on a JUUL containing nicotine (59 mg/ml) and a similar placebo e-cigarette (0 mg/ml).
The purpose of this study is to examine the effect of exposure to vape education messages on beliefs, perceptions, norms, and behaviors related to electronic vapor product use.
This project will assess the ways in which e-cigarette product diversity impacts the user experience to inform potential regulations by identifying product characteristics that may: (1) put young adults at risk for tobacco product use; and (2) facilitate adult smokers switching to e-cigarettes. There are three primary objectives to the study: (1) Determine which dimensions of e-cigarette product diversity differentially affect product appeal in the overall population of tobacco product users as well as affect product appeal across young adult e-cigarette users and middle-age/older adult smokers; (2) Determine which dimensions of e-cigarette product diversity differentially affect product appeal in the overall population of tobacco product users as well as affect abuse liability in young adult e-cigarette users and the ability to resist smoking in adult smokers; (3) Determine the affect of product characteristics on e-cigarette nicotine delivery profile. For this substudy, young adult vapers (N=100) and adult smokers (N=100) will attend one laboratory session in which they will self-administer e-cigarette products varied according to within-subject e-cigarette factors (e.g., flavor, nicotine formulation).
The purpose of this study is to determine differences in nicotine delivery, use behavior, carbon monoxide delivery, subjective effects, and physiological effects, when cigarette smokers use an electronic cigarette with constant device settings and different e-liquid concentrations.
This study aims to better understand how e-cigarettes (ECIG) nicotine flux impacts several behavioral economic measures of abuse liability.
The use of e-cigarettes is often permitted in otherwise smoke-free areas causing passive vape exposure for present individuals. Little is known about the potential adverse health effects of passive vape, and people with respiratory diseases may be more susceptible. The aim of the present study was to investigate local and systemic effects of short-term passive exposure to vape from e-cigarettes among patients with mild or moderate chronic obstructive pulmonary disease COPD in a randomized controlled double-blinded cross-over study.
Prisoners experience huge health inequalities, and their exceptionally high smoking prevalence (five times the national average) contributes significantly to their high mortality. Since the introduction of smoke-free polices across Her Majesty's Prison and Probation Service (HMPPS) in England and Wales, prisoners are now obliged to abstain from smoking while held in prison. This represents a unique opportunity to promote lifelong cessation in this highly disadvantaged and marginalised group. However, evidence suggests most prisoners intend to resume smoking as soon as possible after release. A systematic review of prison smoke-free polices worldwide concluded that there was a need for new research to identify effective strategies to reduce relapse in these individuals.
Recently, Maziak established a clinical lab at FIU to test the potential of waterpipe tobacco flavor regulation by the FDA. Given the importance of flavors on adolescent ENDS uptake and use, this lab is equipped to study the impact of flavor manipulations among adolescent ENDS users. In this study will recruit 80 young (18-24) JUUL users, in a 2x2 cross over lab study where in one condition they will use their JUUL preferred flavor and the other JUUL standard tobacco flavor. Our aims are to; Aim 1: Compare satisfaction, withdrawal suppression, and harm perception between tobacco-flavored and preferred flavor JUUL. This analysis will reveal the extent to which preferred flavor contributes to smoking satisfaction, withdrawal and craving suppression, and harm perception, compared to the standard tobacco flavor. Aim 2: Compare puff topography and plasma nicotine levels between tobacco-flavored and preferred flavor JUUL. This analysis will examine the extent to which preferred flavor contributes to puffing behavior and toxicant exposure compared to the standard tobacco flavor. Aim 3: Compare exhaled breath condensate (EBC) between tobacco-flavored and preferred flavor JUUL. This analysis will be the first to examine exposure to toxic aldehydes (formaldehyde, acetaldehyde, acrolein, benzaldehyde, and propionaldehyde) produced when using preferred flavor compared to the standard tobacco flavor. Utilizing powerful clinical lab methods, this study will provide a broad testing of the effect of flavor manipulation on college-aged JUUL users, and provide experimental evidence about the potential of flavor-limitation policies on young ENDS users in the US.
The purpose of the study is to explores various psycho-social, physiological, cognitive, behavioral, and environmental factors that may affect the association between pulmonary status and Susceptibility to Electronic Cigarette Use
An Open-Label, Multi-Center Study to Evaluate Selected Constituents in the Exhaled Breath Samples From the Use of JUUL Nicotine Salt Pod System Product (5% and 3% Virginia Tobacco, Mint, Mango, Menthol) Users and Conventional Cigarettes (Non-Menthol and Menthol Flavors)