Active clinical trials for "Tobacco Use Disorder"

After initial eligibility screening, Veterans who use both cannabis and tobacco will be randomly assigned to receive either varenicline (Chantix) or placebo for 12 weeks. Participants will attend weekly visits to provide breath and urine samples for testing, fill out questionnaires, and meet with study staff about medication compliance.

Investigators seek to propose a non-drug therapeutic alternative, namely a mindfulness meditation protocol based on virtual reality training in order to induce progressive modifications of various indicators of craving. The study hypothesis is that the practice of mindfulness meditation in a virtual reality environment reduces the craving induced by cues and stress and therefore ultimately smoking relapse. The main objective of the protocol will be to demonstrate that mindfulness meditation can reduce long-term relapse (continuous cessation (> 30 days) of smoking cessation). The participants will be randomized into two groups: the experimental group will perform six virtual reality sessions in a multisensory cabin at the rate of one session per week; the control group will be prescribed the gold standard treatment (nicotine patches and chewing gum). Participants will be seen again at three and six months to assess whether or not there has been a smoking relapse.

The present study is a 3-arm randomized controlled pilot study. Participants who call the Maryland Tobacco Quitline and are eligible for study participation are randomized to receive quitline tobacco cessation treatment as usual (TAU), TAU plus remote carbon monoxide (CO) monitoring via smartphone app, or TAU plus remote carbon monoxide monitoring plus incentives vis smartphone app. We hypothesize that remote CO monitoring will be feasible and acceptable to deliver in the quitline setting, will increase treatment engagement, and will increase tobacco cessation and treatment satisfaction rates.

The purpose of this study is to better understand tobacco outcomes using a well-known stop smoking medication, varenicline, and financial incentives with tobacco users. The investigators are also interested in how cannabis/marijuana and tobacco interact during a tobacco quit attempt. All participants will receive tobacco cessation treatment (varenicline) for 12 weeks. This study will recruit adult tobacco users (ages 18-40) who are motivated to quit smoking cigarettes.

The number one preventable cause of death in the world is tobacco use. Cigarette smoking in particular, costs an estimated $300 billion due to expenses related to medical care and lost productivity. Despite similar smoking prevalence rates, blacks suffer disproportionately from smoking-related harms compared to whites.Sleep disparities such as shortened sleep duration, shorter circadian periodicity, earlier chronotype, and increased variability of sleep timing have been reported more frequently in blacks compared to whites. Given that poor sleep quality predicts relapse from smoking cessation programs, particularly among socioeconomically disadvantaged adults, sleep deficiencies and irregular timing of sleep may impact smoking craving and withdrawal symptoms over the course of the 24-hour day. Surprisingly, few studies have examined these temporal patterns of smoking and craving, and none with regard to sleep disruption, chronotype or racial disparities. A better understanding of these factors may explain heterogeneity within the smoking population, especially in minorities. Thus, the purpose of this proposal is to test the central hypothesis that the impact of chronotype and impaired sleep on cigarette usage as well as smoking dependence, urge/craving, and withdrawal depends on race.

This is a research study about a smoking cessation program tailored for adults with serious mental illness (SMI). The program uses a Videogame-based Physical (VIP) activity, smoking cessation counseling, and medication (bupropion),

The aim of this study is to test intervention components to help young adults quit vaping. A 2x2 factorial design will be used where all participants receive quitline-delivered behavioral phone counseling, and components to be tested are a digital intervention (with text and online cessation support) and nicotine replacement therapy (NRT). The research questions and hypotheses for this study are: Which components and combinations of intervention yield the greatest success rates for exclusive vaping cessation among young adult exclusive e-cigarette users? H1: The complete condition (NRT + digital) will yield significantly higher rates of cessation compared to the control condition (quitline only). Does 8 weeks of nicotine replacement therapy (NRT) improve initial cessation outcomes relative to no NRT. H2: Providing NRT will yield significantly higher quit rates compared to the No NRT condition. Do tailored text-messages and online support during cessation improve initial cessation outcomes relative to no digital content? Are young adult vapers engaged with and satisfied with digital cessation tools? H3: Digital support will yield significantly higher quit rates compared to no digital support. H4: Higher engagement in digital content will be associated with higher cessation success rates.

Smoking is the most important modifiable risk factor for adverse pregnancy outcomes including preterm birth, neonatal death, and maternal complications. Rates of smoking cessation during pregnancy are low, particularly in underserved populations, and currently approved pharmacotherapies for smoking cessation either are considered unsafe in pregnancy or have uncertain effectiveness. Identifying safe and effective interventions, which might mitigate the adverse effects of smoking on maternal-fetal outcomes, is a major public health priority. We hypothesize that smoking-induced n-3 LCPUFA relative deficiencies may be an important mechanism contributing to tobacco-related adverse pregnancy outcomes and that n-3 LCPUFA supplementation specifically targeted to pregnant smokers may reduce these complications. Support for this hypothesis comes from a recent secondary analysis of the Omega-3 Fatty Acids Supplementation to Prevent Preterm Birth trial that found that only smokers taking n-3 LCPUFAs had a reduction in preterm labor risk as compared to non-smokers. While compelling, this study was a post hoc analysis that included only a small sample of smokers and did not collect data on smoking behaviors during follow up. Yet the ascertainment of longitudinal smoking behavior is critical, as some clinical studies have found that supplemental n-3 LCPUFAs might also reduce nicotine cravings, and lower daily cigarette use. Thus, smokers may doubly benefit from replenishing n-3 LCPUFAs via lower risk of preterm labor and/or increased smoking cessation. To address these knowledge gaps, we are proposing a multi-center, randomized, placebo-controlled, double-blinded study of n-3 LCPUFA supplementation in 400 pregnant smokers. We will collect detailed information on smoking behavior, validated biological markers of cigarette exposure (urinary cotinine, end-expiratory carbon monoxide) and biomarkers of n-3 LCPUFA status (red blood cell phospholipid membrane fatty acids). Our specific aims of this proposal are to 1) determine the effect of supplemental n-3 LCPUFAs on gestational age at delivery and preterm labor in pregnant smokers and 2) determine the effect of n-3 LCPUFA supplementation on tobacco use in pregnant smokers. We will recruit potential participants from eight obstetrics clinics across the Middle-Tennessee area. Our study could have a major translational impact on both adverse tobacco-related birth outcomes and smoking cessation efforts.

This study evaluates a mood management and health and wellness smoking cessation intervention for depressed pregnant smokers during and after birth. This study may help pregnant smokers who are experiencing depression quit smoking and stay smoke-free after their babies are born.

The research objective is to identify a simple, pragmatic, innovative way of enhancing Tobacco Use Treatment (TUT) rates within oncology. To investigate this possibility, the investigators propose methods that will allow them to: 1) evaluate the impact of standing orders to initiate a varenicline management protocol within outpatient cancer treatment workflow, 2) assess the potential for an EHR-based intervention to affect patient TUT behaviors, and 3) identify important facilitators and barriers that impact effectiveness of the intervention. The investigators will assess whether including a standing order for prescription and management of varenicline (TUT Service+VM) within the workflow for cancer patients identified as current smokers will significantly increase TUT engagement rates compared to current standard of care (TUT Service alone). The investigators hypothesize that observed treatment engagement rates will be higher among clinicians exposed to TUT Service+VM than observed in clinicians exposed to TUT Service alone.