View clinical trials related to Nicotine.
Filter by:The aim of this project is to find out if there is a difference in addictive behavior, personality traits, and cognitive abilities between chess players and non-chess players.
The Sweet Spot Study aims to evaluate the effect of e-liquids with nicotine varying in freebase (FB) levels and concentrations on the appeal of electronic cigarettes (ECs) in young adult EC users with minimal/no history of smoking and older adult smokers.
To demonstrate the reduction of Biomarkers of Exposure (BoExp) to selected harmful and potentially harmful constituents (HPHC) in smokers switching from cigarette (CIG) to P4M3, an Electronic Nicotine Delivery System (ENDS), compared to continuing cigarette smoking for 5 days.
This is a single-center, randomized, controlled, open-label, cross-over study with healthy adult smokers. The study will investigate the nicotine pharmacokinetic (PK) profiles of two e-liquid variants used with the P4M3 Gen 2.0 e-cigarette, compared to smoking combustible cigarettes. In addition, pharmacodynamic (PD) effects (subjective effects and related behavioral assessments), will be evaluated to provide further insights on product evaluation, craving, liking, puffing topography. The study will be conducted with three periods and six sequences in a cross-over design. This study is exploratory and there is no pre-specified hypothesis to be tested.
This is a single-center, randomized, controlled, open-label, cross-over study in healthy smoking subjects to investigate the nicotine pharmacokinetic (PK) profiles of 4 variants of Nicotine pouch 1.0 compared to marketed Velo - Nicotine Pouch (NP) and Zyn-NP. In addition, pharmacodynamic (PD) effects will be evaluated to provide further insights on Nicotine pouch 1.0 product acceptance and abuse liability. The study will be conducted with 3 periods and 6 sequences in a Williams design (cross-over).
This study will include any participant who registered, and plans to attend the Inner Engineering In-Person Completion Course. In 2019, this course was offered in: Los Angeles in March, Philadelphia in April and Toronto & Dallas in November. This study has been involved in every IECO Course since 2019 and is still active today. Beginning in August 2021, investigators will recruit for the August Inner Engineering In-Person Completion Course. Investigators anticipate that this study can include up to 5,000 study participants. Participants would attend this course and complete the pre-modules regardless of whether or not they participate in this study.
This study will evaluate the individual and interactive pharmacokinetic and pharmacodynamic effects of smoked cannabis and nicotine.
The goal of this application is to test whether menthol and fruit flavors impact e-cigarette use through dissociable mechanisms and exert their effects differentially across nicotine doses.
Cigarette smoking constitutes the greatest preventable cause of mortality and morbidity in the US. The most critical period for long term success of smoking cessation appears to be in the first 7 days after the quit date. A metaanalysis of 3 pharmacotherapy trials revealed that abstinence during the first 7 days was the strongest predictor of 6 month outcomes (n=1649; Odds ratio: 1.4, P <0.0001; Ashare et al. 2013). Prodigious relapse rates during this first week of smoking cessation are likely due to behavioral and neurobiological factors that contribute to high cue-associated craving and low executive control over smoking. The long term goal of the research is to develop evidence-based transcranial magnetic stimulation protocols to facilitate abstinence during this critical period.
The dose-effect curve to estimate a threshold delivery rate for reinforcement. The project addresses the FDA Center for Tobacco Products (CTP) interest #1: Nicotine dependence threshold among youth and adults and impact of nicotine reduction on tobacco product use behavior (e.g., topography, compensation, switching, multiple use, initiation, cessation and relapse). IV nicotine, in contrast to ECs, can deliver precise, reproducible dosing, which is necessary for accurately assessing dose-response and threshold effects. The estimated threshold for reinforcement will establish a benchmark for evaluating the addictive potential of ECs and other inhaled nicotine products.