View clinical trials related to Tobacco Use Disorder.
Filter by:This study aims to pilot a method of collecting the post-discharge follow-up data required by the Joint Commission Tobacco Measure Set, using text messages sent to and received from patients' cellular-telephones. It also aims to assess whether specially designed relapse prevention text messages designed to encourage abstinence from smoking, can increase the proportion of smokers who remain abstinent during the first month after discharge from hospital.
The purpose of this study is to conduct an observational assessment of natural outcomes within the Duke Smoking Cessation Program (DSCP), "Quit at Duke." This assessment will include information regarding abstinence rates, changes in patient emotional state following treatment, and costs of operations. Primarily, this study will assess the financial sustainability and the cost-effectiveness of the program.
Cigarette smoking causes significant morbidity and mortality in the United States. Smoking cessation is difficult, with the average smoker attempting to quit five times before permanent success. Moreover, the majority of smoking quit attempts result in relapse. Brain stimulation for smoke cessation is an exciting new area that builds on advancing neuroscience knowledge concerning the functional neurocircuitry of addiction. Cortical stimulation can now be performed non-invasively by transcranial magnetic stimulation (TMS). Several studies have shown that TMS can reduce cue-elicited craving in smokers. Previous research by group has shown that a single session of 15 minutes high frequency (10 Hz) repetitive TMS (rTMS) at 100% motor threshold over the left dorsal lateral prefrontal cortex (DLPFC) can reduce cue-induced craving compared to sham TMS. However, the mechanism by which craving is reduced by rTMS is poorly understood both at behavioral and neural levels. Neuroimaging studies in nicotine dependence have revealed cue-related responses in numerous brain areas, including frontal, parietal cortices and subcortical areas. Recently functional magnetic resonance imaging (fMRI) studies by the group have shown that cue-induced craving induced brain activation in ventral medial prefrontal cortex (VMPFC), including medial frontal, orbital frontal and anterior cingulate. This Chair Research Development Fund (CRDF) pilot proposal will integrate two new techniques- TMS and fMRI to investigate DLPFC-VMPFC pathway in smokers. Using double-masked methods investigators hypothesize that cue-induced exposure will induce brain activity in VMPFC, and 15 minutes rTMS over DLPFC will reduce cue-induced craving through modulating DLPFC-VMPFC pathway (increased activity DLPFC and decreased activity VMPFC).
The purpose of this study is to investigate the impact of different nicotine levels in cigarettes with individuals who have ADHD.
This study involves the use of personalized nicotine patch dosing as a treatment strategy for smokers who cannot quit smoking after 2 weeks of using the standard nicotine patch dose. Functional Magnetic Resonance Imaging scans will also be obtained from all study participants before and after treatment. The first aim of the study is to determine if the treatment method under investigation is safe and more effective at increasing quit rates in smokers who do not respond to standard therapy.The second aim is to determine if there are any treatment- or cessation-related changes in brain function.
The purpose of this study is to examine whether tobacco affects recovery from PTSD. There are 3 goals of the study; (1) to test if quitting tobacco prior to PTSD treatment affects treatment success, (2) to test how PTSD symptoms change in those who have quit tobacco compared to those who continue to use and (3) to explore how tobacco use and tobacco withdrawal symptoms change during PTSD treatment.
This is a randomized trial comparing electronic cigarettes (e-Cigarettes) to nicotine gum for smoking cessation. Participants will be randomly assigned to either e-cigarette use or nicotine gum use during a quit attempt. All participants will have a one hour meeting with a tobacco treatment specialist to develop a quit plan and set a quit date. Quit status will be determined at 12 weeks after the quit date. Continued use of nicotine replacement (either e-Cigarette or nicotine gum) and satisfaction with the treatment assignment will be evaluated.
1. Compare the relative efficacy of ten weeks of once weekly 250 mg D-cycloserine (DCS) vs. placebo (both in conjunction with cognitive behavioral therapy (CBT) and nicotine replacement therapy (NRT) on reducing cigarette smoking in treatment-seeking nicotine-dependent outpatients. 2. Compare the relative efficacy of ten weeks of once weekly 250 mg DCS vs. placebo on the process of extinction and the memory encoding process.
This randomized clinical trial studies interest in smokeless tobacco product as a substitution for cigarettes in current smokers. Use of smokeless tobacco products may help people stop smoking. Measuring use of other sources of nicotine for cigarettes under a variety of different conditions may help determine whether and how much smokers are willing to use substitutions
After successfully quitting smoking, smokers with schizophrenia are vulnerable to relapse shortly after discontinuation of treatment. The purpose of this study was to assess the feasibility and effectiveness of a 12-month relapse prevention intervention in recently abstinent smokers with schizophrenia. Subjects participated in a 12-week smoking cessation phase, where they received nicotine replacement therapy, bupropion SR 150mg bid, and cognitive behavioral therapy. If, at the end of the 12 weeks, they were able to demonstrate 1 week of abstinence, they continued in the relapse prevention phase of the study, where they continued to receive nicotine replacement therapy, bupropion SR 150mg bid, and cognitive behavioral therapy.