View clinical trials related to Alcohol Use Disorder.
Filter by:The Automated Reinforcement Management Systems Phase II (ARMS II) study is a phase II trial is a randomized controlled, non-medicated assisted trial to determine the effectiveness of Contingency Management (CM) treatment for reducing alcohol drinking among adults who want to quit or reduce their alcohol consumption.
The overarching goal of this study phase, Phase II component is to implement Enhanced Digital-Chemosensory-Based Olfactory Training for Remote Management of Substance Use Disorders (EDITOR) device in substance use disorder (SUD) clinics to demonstrate pilot effectiveness for SUD outcomes compared to treatment as usual (TAU) and Computerized Chemosensory-Based Orbitofrontal Networks Training (CBOT) device as active control. The investigators will conduct a multi-site study of 300 adult patients with opiate use disorder (OUD), stimulant (i.e., cocaine, methamphetamine) and/or alcohol use disorder (AUD) from community and clinics to evaluate whether EDITOR is associated with better patient treatment outcomes (e.g., retention in treatment and abstinence). The pilot study will provide preliminary data needed for design of a Phase III trial, including estimates of effect size. The investigators will also explore development of machine learning/AI algorithms integrating clinical and physiological data into treatment decision guides for providers.
The goal of this clinical trial is to identify sex-specific biomarkers that confer greater susceptibility for Alcohol Use Disorder (AUD) and differentiate how treatment response varies by sex in people with Alcohol Use Disorder. The main questions it aims to answer are: - How does trauma affect emotion regulation, inflammation, and limbic function, and what are the sex-dependent effects of NTX (Naltrexone) on these aspects? - What is the mechanism of Naltrexone (NTX), and how does it potentially moderate reductions in alcohol use through changes in or interactions between emotion regulation, inflammation, or limbic system function? Participants will - Be consented and will undergo comprehensive screening for eligibility criteria - Complete behavioral assessments and neuropsychological assessments, as well as neurocognitive assessments and neuroimaging measures - Provide urine samples for a urine drug screen (UDS) and urine pregnancy test (for women), and have blood and a cheek swab collected and stored in the repository - Take a study drug once daily for 12 weeks and track drug usage and effects in a study journal - Undergo weekly assessment calls and bi-weekly medical follow-up safety exams Researchers will compare naltrexone to placebo in AUD to see if naltrexone is effective in reducing alcohol cravings and promoting abstinence. Researchers will also compare baseline measures between AUD and Healthy Controls.
Excessive alcohol use is a leading risk factor for preventable disability and death. Alcohol-related liver disease (ALD) is one of the better-known detrimental consequences of alcohol abuse and is the main cause of disability-adjusted life years (DALYs) in European adults. ALD is the main cause of cirrhosis globally and is responsible for 60% of cirrhosis in Europe and North America. Importantly, another etiology of liver disease is on the rise due to the epidemics of obesity and diabetes mellitus in Western countries, i.e., metabolic dysfunction associated fatty liver disease (MAFLD). ALD and MAFLD are largely shaped by social determinants of health (SDH) and lead to mounting health inequalities. Moreover, ALD is subject to strong stigmatization, particularly amongst women, which often leads to lack of inquiry by health professionals. Alone or in combination (MAFLD-OH), both diseases represent a challenge for epidemiologists, clinicians and policy makers in charge of health systems' organization. One of the hurdles to reduce the burden of ALD is the lack of early detection of asymptomatic liver disease among patients with alcohol use disorder (AUD) and heavy drinkers. The only measure that has been proven effective in any phase of the disease is to either stop, compensate, or reverse the liver disease progression, is alcohol abstinence. We hypothesize that establishing effective screening programs to identify patients with ALD and related disorders, coupled with effective treatment will lead to more positive outcomes in prognosis. The central aim of the StopALD Project is to identify patients with advanced ALD during the asymptomatic phases of the disease, as well as identifying the factors related with the lack of early detection to better implement interventions so to tackle both the lack of early detection of ALD and heavy drinking patterns among young people before ALD occurs.
This study aims to provide access to an adjunct intervention alongside standard group DBT services to examine feasibility, acceptability, and potential added efficacy of the adjunct. The adjunct intervention is an online tool based on DBT skills training and was already evaluated as a self-guided intervention. Participants will complete a baseline session and be given immediate access to the adjunct intervention. Participants will be followed for 12 weeks and complete assessments every 4 weeks.
This research will translate findings from preclinical research and provide the initial clinical evidence that orexin antagonism reduces motivation for alcohol, as well as other alcohol-associated maladaptive behaviors in people with Alcohol Use Disorder. This study will also provide basic science information about the orexinergic mechanisms underlying the pharmacodynamic effects of alcohol in humans. As such, the outcomes will contribute to our understanding of the clinical neurobiology of Alcohol Use Disorder. Overall, the proposed work seeks to expand the scope of current clinical neuroscience research on alcohol addiction by focusing on orexin, which has strong preclinical evidence supporting its critical role in addiction but remains unstudied in humans.
For this protocol, the investigators plan to collect pilot data to evaluate apremilast (60mg/day) in adults with Alcohol Use Disorders (AUD).
The purpose of this study is to determine whether a multidisciplinary digital clinic will improve health outcomes, reduce costs, increase access, and improve provider satisfaction. The primary aim of this study is to improve clinical outcomes in patients with ALD through the implementation of a novel digital health platform for personalized multi-disciplinary treatment of patients with ALD and AUD. Secondary aims include improvement in provider and patient-reported outcomes including satisfaction with AUD treatment.
Alcohol associated liver disease (ALD) refers to liver injury, such as cirrhosis, that is caused by alcohol use. It affects 2 million adults in the U.S. and is now the leading cause of cirrhosis-related hospitalizations, cirrhosis- related deaths, and liver transplantation. Alcohol use disorder (AUD), the root cause of ALD, affects 15 million Americans each year. While research studies have shown that behavioral therapy and medications specific for alcohol use have helped people overcome their alcohol use disorder, there has not been enough information related to how successful these treatments are specifically for people with ALD. This study will look at a behavioral treatment called "contingency management" (CM) that has shown to be effective with people with other substance use disorders. CM is based on the principles of operant conditioning that involves offering prize-based or monetary incentives to patients with substance use disorders to reduce substance use. This study will look at the efficacy and acceptability of CM in patients who received a liver transplant and have evidence of recurrent alcohol use. The proposed study is a pilot randomized controlled trial of 30 patients with ALD who received a liver transplant; 15 will be randomized to receive a 10-week CM intervention while 15 will receive treatment as usual (TAU or control). Subjects will be asked to complete 12 study visits (including Screening and Baseline Visits) that will last 1 to 2 hours each depending on the visit. All visits will be completed via Zoom. Study staff will instruct participants on how to use Zoom, if necessary. During the Screening and Baseline Visits, subjects will be: 1) asked to provide a urine test and blood draw, 2) complete the SCID-5 AUD, a semi-structured interview guide for making the major DSM-5 diagnoses, 3) complete the Iowa Gambling Test which looks at decision-making skills, 4) complete a survey that looks at the subject's quality of life after liver transplant, 4) review how much alcohol the subject has consumed in the last 30 days, 5) and if the subject has received any current AUD treatments. Once the Screening and Baseline visits are completed, subjects will be randomized to either the CM group or the TAU group. During the weekly visits, subjects will be asked to provide blood and urine samples and will be asked if they have had any alcohol since their last visit. All subjects will receive $20 for completing the visits. For those in the CM group, subjects will also receive a CM reward for negative urine and/or blood tests, depending on which results we receive first-with rewards ranging from $5 to $80 depending on the week. Additionally, during weeks 1, 5, and 10, those in the CM group will also complete the Client Satisfaction Questionnaire-8 to assess client satisfaction with CM and complete a semi-structured interview about the CM protocol as well as CM acceptability and feasibility.
The goal of this clinical trial is to use a novel virtual reality intervention to test for efficacy in reducing alcohol use and increasing abstinence, with concomitant increases in future self-identification, future time perspective, and delay-of-reward, in early recovering alcohol use disorder (AUD) persons. The main question[s] this trial aims to answer are: Will the Virtual Reality (VR) intervention decrease the number of stimulant use days? Will the VR intervention produce longer abstinence periods during follow-up visits? Will the VR intervention increase alcohol abstinence rates? Will the VR intervention increase future self-identification? Will the VR intervention increase self-reported future time perspective? Will the VR intervention increase preference for delayed rewards in a laboratory delay discounting task on the study day? Will the VR intervention produce gains in the behavioral effects of future self-identification, future time perspective, and delayed rewards at the 30-day and 6-month follow-ups? Researchers will compare the experimental and control groups to see if there are differences in the results for the questions outlined above.