View clinical trials related to Smoking Cessation.
Filter by:This open-label study will evaluate hydroxyzine, a first-generation antihistamine, combined with varenicline, to help smokers abstain from smoking during a 12-week trial period by diminishing the nausea, stress, anxiety, and sleep disturbances associated with the use of varenicline and with nicotine withdrawal.
The purpose of this study is to examine the effects of rapamycin (sirolimus) versus a placebo, an inactive substance, on responses to smoking cues in individuals with nicotine dependence. Rapamycin (sirolimus) is a FDA-approved antibiotic and immunosuppressive drug that is currently used to (a) prevent organ transplant recipients from rejecting their transplants (b) treat cardiovascular diseases, and (c) treat some forms of cancer. Rapamycin (sirolimus) is not FDA-approved for smoking cessation. The use of rapamycin (sirolimus) in this study is investigational, meaning that the study medication is not a proven treatment for nicotine dependence, however this study will examine the medication's use as a potential future treatment for nicotine dependence.
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.
This clinical trial studies the impact of CONNECT on biochemically confirmed smoking abstinence among diverse current smokers who are undergoing lung cancer screening.
Prospective open label, single center study enrolling up to 220 participants to evaluate the effect of the Pivot Breath Sensor on a user's attitudes towards quitting smoking and smoking behavior.
The study has two phases. In Phase 1, the investigators will revise and pilot the distress tolerance (DT) protocol that was originally developed and piloted in a previous study (2P20 GM103430, Spas, PI). Despite the 4-week post-intervention treatment outcomes demonstrating the DT protocol's association with smoking cessation and weight loss, several revisions to the DT protocol are important to improve the intervention. First, the investigators will include the overweight/obese smokers' group-level feedback that the investigators collected during the 7-week intervention and at the 4-week post-intervention individual interviews to tailor the DT protocol to meet the unique needs of smokers with excess weight. Subjects from the previous study revealed factors that led to current and/or previous successful smoking cessation and weight loss efforts, barriers to sustaining current and/or previous successful smoking cessation and weight loss efforts, and general feedback about DT intervention for both health risks. The investigators believe revising the DT protocol to include overweight/obese smokers' unique experience with the novel intervention and their acumen about these key factors will improve the intervention and its generalizability to smokers with excess weight. Additional revisions are described elsewhere. After the investigators pilot the revised DT protocol, the investigators will revise the active health control protocol comprised of standard treatment for smoking cessation and weight loss to ensure both protocols equate for intervention contact time. Although both protocols will have some similar content, to avoid any threats to internal validity, no DT-specific material will be included in the control. In Phase 2, the investigators will conduct a two-armed, preliminary randomized controlled trial (RCT) to compare the revised DT protocol's efficacy to the active health control protocol.
This study assesses the effect of a personalized smoking cessation infographic on physician smoking cessation counseling rates and smoking cessation pharmacotherapy prescription rates. The study assesses the difference in physician behaviour using an interrupted time series analysis (one-year pre vs. one-year post-intervention). General practitioners, nurse practitioners and respirologists who refer eligible patients (COPD, active smoking) for spirometry at the St. Michael's Hospital Pulmonary Function Lab will receive the infographic. This is a quality improvement initiative. The smoking cessation infographic uses individualized patient data (height, weight, sex, baseline FEV1, etc.) to produce a personalized lung function decline prediction over the next 15 years.
Recent policy from the U.S. Department of Housing and Urban Development (HUD) mandates that all public housing units go smoke-free by August 2018. Residents in public housing units have little access to proven cessation interventions and support is imperative to increase quitting success and is currently lacking in these communities;' thus this mandate is causing stress without providing resources to quit. Using a Community Engaged Research (CEnR) approach, we propose to partner the Durham County Department of Public Health and the Durham Housing Authority to develop sustainable Community Health Advisor tobacco cessation program that can be implemented in public housing communities. To achieve this goal, we plan to build on our previous collaborations to 1) form a team of previously identified DHA residents who are activated to support smoking cessation among public housing residents who can serve as Community Health Advisors and deliver cessation interventions in DHA properties, and 2) co-develop and pilot test a Community Health Advisor smoking cessation program to promote linkages with cessation services and to provide cessation education to DHA residents. This collaboration builds on our previous work to understand barriers and identify solutions for supporting smoking cessation among DHA residents. We will work with Community Health Advisors to develop an intervention and conduct a pilot study with up to 30 participants, Our primary outcomes are feasibility and acceptability of the co-development cessation intervention. We will collect survey data for the pilot in REDCap. Potential risks of study participation include breach of confidentiality with regard to identifiable personal information and questions that might make participants feel uncomfortable.
The goal of this quality improvement program is to implement, evaluate, and sustain an evidence-based smoking cessation treatment program with a population-based approach so that all patients at the Siteman Cancer Center, Washington University, Barnes-Jewish Hospital, BJC Healthcare, and satellite locations receive assessment of smoking and all smokers receive treatment support.
The goal of this study is to assess varenicline vs. placebo for its effect on decreasing cue reactivity in light and intermittent smokers.