Active clinical trials for "Alcoholism"

This study is a double-blind, placebo-controlled randomized clinical trial of IBUD (50mg BID) for the treatment of Alcohol Use Disorder (AUD). Eligible participants will undergo a 12-week medication treatment period and 5 in-person visits over 16 weeks.

Participants will enroll in a 14-week study (2 weeks of baseline, 8 weeks of treatment, and 4 weeks of follow-up) investigating the impact that Alkontrol-herbal (Isoflavone; Kudzu) has on alcohol intake in a population seeking treatment for an alcohol use disorder.

This is a randomized controlled Phase II clinical trial designed to evaluate the effects of N-acetylcysteine (NAC) in reducing Alcohol Use Disorder (AUD) severity and Post Traumatic Stress Disorder (PTSD) symptomatology among individuals with current AUD and PTSD.

This study is a double-blind, randomized, placebo-controlled, parallel group, two-site study designed to assess the effects of varenicline as compared with placebo on responses to in vivo alcohol cue exposure in the human laboratory setting.

Mental Contrasting (MC) consists of imaging a desired future and comparing it with obstacles of the present reality in order to increase goal commitment when expectations of success are high. The study aims to investigate the effects of a motivational training (Mental Contrasting with Implementation Interventions; MCII) as a therapeutic add-on to standard treatment in inpatients with Alcohol Use Disorders.

A small percentage of individuals with alcohol use disorder (AUD) obtain alcohol-related care despite research showing that treatment is effective. This randomized controlled trial tests the efficacy of a brief, phone based cognitive behavioral intervention to increase treatment engagement, improve alcohol related outcomes, and show that treatment engagement is a mechanism for the improved outcomes in individuals with AUD.

Nearly 18% of United States adults meet criteria for alcohol dependence sometime in their lifetime, with only 24% of those individuals ever receiving any treatment for their disorder (Hasin et al., 2007). The pervasiveness of alcohol dependence indicates a need for continued development of high-impact treatments that are both effective and easily disseminated to a broad population. Recent evidence indicates that Episodic Future Thinking (EFT), the ability to self-project and pre-experience a future event, can help individuals to make changes to habitual behaviors, such as alcohol drinking (Snider et al., 2016). In this study, the investigators will evaluate the efficacy of EFT to help individuals reduce alcohol consumption. The investigators anticipate that EFT will result in a reduction in alcohol consumption over a 2-week experimental period when compared to the control group.

The study aims to study the effect of gabapentin on the number of alcohol drinking days and heavy drinking days in the Thai clinical alcohol-dependent population by using the double-blinded randomized controlled approach. One-hundred and twelve individuals with alcohol dependence were randomly assigned equally into two groups including treatment with gabapentin and placebo. Thirty-four patients (30.3%) completed the study protocol, i.e. treatment with gabapentin at least 300 mg per day or placebo orally once a day for twelve weeks. Pattern of alcohol drinking were obtained from the timelime followback. Drinking behaviors were compared between the two groups by poisson repeated measures model.

Homeless adults are 8 times as likely to be alcohol dependent compared with adults in the general population, yet few studies have examined the precipitants of alcohol use in this vulnerable population. Ecological momentary assessments (EMAs) that involve repeated assessment of thoughts/mood/behaviors (e.g., via smart phone) is currently the most accurate way to assess individuals in real-time in their natural environments. Advances in smartphone technology also allow for the collection of continuous geolocation and other passive sensing data. Thus, researchers can now link environmental risks and protective factors to outcomes, without reliance on subjective reporting alone. Building on prior work, this study will use a three-phase study to develop and test a "just in time" adaptive intervention to reduce alcohol use in homeless men and women. Phase I will use smartphones and passive sensing technologies to monitor geolocation, psychosocial variables (e.g., stress, affect, urge to drink), and alcohol use in a group of 80 homeless adults with an AUD who are receiving shelter-based treatment. Phase I will identify environmental (i.e., geolocation), cognitive, and behavioral antecedents of alcohol use over 4 weeks. Phase II will use this information to create a risk algorithm and tailored treatment messages that anticipate and intervene to prevent drinking. The resulting app will assess imminent risk of alcohol use after each EMA and will deliver relevant treatment messages that match a person's current risk factors. Phase III will test the feasibility, acceptability and preliminary efficacy of the app in a sample of 40 homeless adults with an AUD who receive the EMA plus treatment messages over 4 weeks. Drinking will be determined via self-report, supplemented by a transdermal alcohol sensor (i.e., SCRAM) worn by participants. This project will be the first to combine geolocation and psychosocial variables to identify real-time antecedents of drinking. If effective, this smartphone app could significantly improve treatment engagement, drinking outcomes, and quality of life among homeless adults with alcohol use disorders.

The purpose of the study twofold: first, a smartphone-based physical activity application (app), which will be called Fit&Sober, will be developed and tailored specifically for patients with alcohol use disorders (AUDs); then, the feasibility, acceptability, and short-term increases in physical activity with the use of the Fit&Sober app will be examined over the course of a 12-week intervention.