View clinical trials related to Alcohol Use Disorder.
Filter by:An open-label, Phase 2a study to evaluate the safety, tolerability, and pharmacodynamic effects of a single intranasal dose of BPL-003 combined with relapse prevention psychological support, to explore the potential effects on alcohol use and related symptoms in patients with Alcohol Use Disorder.
Improving alcohol use disorder (AUD) treatment among Veterans is a national public health problem. The rate of AUD among Veterans is twice that of civilians, with up to 50% of Veterans having AUD. Family-based AUD programs are rarely undertaken in busy treatment clinics, and Veterans with problem drinking behavior or AUD are commonly excluded from couple therapies. As a result, there is a need to develop effective family AUD treatments that are both brief and highly accessible to Veterans. The purpose of this study is to evaluate a new treatment add-on called Brief Family-Involved Treatment (B-FIT), which will be delivered via telehealth among Veterans engaged in alcohol-based treatment/therapy. This study is an 12-week, Stage-II, open randomized controlled trial examining B-FIT in combination with treatment as usual (TAU), (in this case B-FIT+ Cognitive Behavioral Therapy treatment) as compared to TAU alone (CBT treatment).Veterans and their treatment companion (family member, partner, friend) will complete weekly assessments during the treatment phase in addition to 3 & 6 month follow-up assessments, all via telehealth.
The opioid epidemic has become one of America's deadliest crises, surpassing car crashes, firearms, and HIV/AIDS as a leading cause of death for Americans under fifty years of age. People trying to recover from opioid-use disorder face many obstacles. Obstacles such as minor legal problems (e.g., arrest warrants for failure to pay a fine, failure to appear in court, or late child support payments) can undermine the stability needed to overcome opioid dependence. Outstanding legal obligations make it difficult to find jobs and to secure housing. They can result in removal from treatment programs as well as incarceration. Resolving these legal problems requires coordination, organization, preparation, travel, and time-expectations that may be problematic for many people in the early stages of recovery. Technology has the potential to make resolving these legal problems much easier. Online platform technology is now available that can guide people in recovery through the resolution of many legal problems at no cost and without an attorney, potentially doing so quickly, remotely, and at any time of day. This study of individuals in treatment in Michigan tests whether resolving outstanding legal issues improves drug treatment outcomes. The research also examines whether and to what extent resolving legal issues supports family reunification, reduces future criminal behavior, and improves access to jobs and housing for clients in treatment for opioid use disorder. A randomized controlled trial (RCT) is used to determine the effects of resolving legal issues on these outcomes. For identification, the investigators leverage the random assignment of legal services to treatment center clients, along with the random assignment of clients to treatment centers by birth month. We assemble a novel longitudinal dataset of hundreds of clients in treatment for substance use disorder and link these clients to several administrative datasets and qualitative data, which allows for measurement of: (1) substance use behaviors and (2) justice-system involvement, including civil and criminal legal system encounters. This study also uses linked client and administrative data to research the population in opioid treatment centers, follow-up behaviors, and whether the consequences of providing no-cost legal services differ by client background. Findings from this research will improve America's understanding of the acute socio-legal needs faced by those experiencing opioid use disorder and provide recommendations to help target resources toward the areas that best support long-term abstinence from opioids and other drugs.
The investigators' approach is to conduct a pilot double-blind, placebo-controlled randomized clinical trial with individuals with alcohol use disorder (AUD) seeking inpatient alcohol detoxification in the emergency department (ED) to receive either intravenous ketamine or saline placebo. The primary aim is to evaluate the intervention's safety. The secondary aim is to evaluate the preliminary efficacy of alcohol-related outcomes.
The goal of this double-blind clinical trial is to further explore if, how, and for whom orexin antagonism modifies brain-behavior stress targets in moderate to severe alcohol use disorder (AUD). The main questions it aims to answer are: - Does an acute dose of suvorexant (SUV) and/or daily use of SUV modify brain-behavior targets of AUD dysfunction? - Does daily SUV use change alcohol behavior and if so, is this change in behavior linked to brain-behavior change? Participants will be randomized to a treatment group (SUV or placebo) and protocol arm, electromyography (EMG) only or EMG+functional magnetic resonance imaging (fMRI). Participants will be asked to complete the following: - Baseline lab visit(s) that include the psychophysiological stress paradigm (EMG only or EMG+fMRI, dependent upon randomization). - Acute drug challenge where the participant will return to the lab to repeat the stress paradigm following administration of a single dose of either 10mg SUV or placebo. - Medication trial where participants will be instructed to take 10mg capsules of SUV or placebo orally each night before bedtime for 4-weeks. - Daily reports of medication adherence, side-effects, sleep, alcohol use, and mood will be collected via smartphones during the 4-week medication trial. - Post-treatment lab visit(s) where participants will return to the lab at the end of the medication trial and complete the same stress paradigm from baseline (EMG only or EMG+fMRI, dependent upon randomization).
The goal of this clinical trial is to investigate treatment with psilocybin and psychotherapy for the treatment of people with Alcohol Use Disorder (AUD). The main question[s] it aims to answer are: - Does treatment with psilocybin and therapy help reduce alcohol consumption more than placebo and therapy? - Is treatment with psilocybin and therapy safe for participants? Participants will - Attend 13 study visits - Take part in therapy sessions including 2 treatment sessions with either psilocybin or placebo - Record their daily alcohol consumption on study specific device Researchers will compare psilocybin and placebo groups to see if alcohol consumption is decreased.
Remote breath alcohol monitors have been increasingly adopted for use in clinical, research and forensic settings to monitor alcohol use because they offer several key advantages over other available monitoring methods. However, it remains unknown if remote breathalyzers reliably detect alcohol use because there is up to a 10-hour window of time when breath samples are not obtained (to allow for sleeping). Additionally, the investigators will examine whether a supplemental measurement of a blood alcohol use biomarker (phosphatidylethanol) can confirm abstinence and/or detect individuals engaging in late-evening drinking to avoid the negative consequences associated with detected alcohol use.
Alcohol Use Disorder (AUD) is a major public health problem, characterized by a high rate of relapse. Chronic and excessive alcohol consumption notably induces frontal brain alterations and cognitive impairments such as executive dysfunction and an attentional bias for alcohol, participating to the risk of relapse. In effect, AUD patients preferentially process alcohol-related cues, which could reflect a reorganization of the patients' semantic network. The investigators hypothesize that in AUD patients, semantic associations in memory are reorganized with a higher centrality of alcohol-related elements. To the investigators knowledge, no studies have explored semantic associations and/or semantic networks in AUD. A study, conducted in patients with neurological damage, showed that frontal lesions are associated with excessive strength in semantic associations, and difficulties to generate remote associations. This excessive strength in semantic associations could reduce the ability to inhibit automatisms and to adapt to new context. Objective: The objective of this study is to explore whether and how AUD patients have a different organization of semantic associations than healthy controls, and whether this reorganization influences the alcohol consumption over the months following the withdrawal. The investigators will also explore how it relates to neuropsychological assessment of flexibility, executive functions, and impulsivity. To these purposes, the investigators will use two original verbal tasks (Free Generation of Associates Task, FGAT and Associative Judgment Task, AJT) assessing word associations and allowing the estimation of semantic networks using graph theory, in combination with neuropsychological testing, in AUD patients and in healthy controls. Methods: This study will include a group of 30 AUD patients and a group of 30 healthy controls. Both groups will be assessed twice, at baseline (T1; early in abstinence for AUD patients) and after a three-month period (T3). For the two groups, T1 and T3 assessments will include the two semantic association tasks (FGAT and AJT). For AUD patients, assessments will also involve neuropsychological testing of impulsivity, flexibility, and attentional bias. Besides, in AUD patients, data about alcohol consumptions will be collected six weeks (T2) and three months (T3) following the baseline assessment to classify patients as relapsers or abstainers.
Rationale: Alcohol-Avoidance Training (AAT) has been used successfully to strengthen avoidance-tendencies in patients with alcohol use disorder (AUD). AAT is already recommended in German clinical treatment guidelines as an evidence-based treatment for AUD and may be incorporated in the next revision of the Dutch clinical guidelines on AUD. Studies in other fields (semantic learning) suggest that spaced learning may be superior to massed learning, but this has not been studied with regard to AAT. Objectives: To compare the effectiveness of spaced versus massed AAT sessions. Study design: a two armed, randomised controlled trail. All participants will receive AAT in addition to routine clinical care in an inpatient setting (Treatment As Usual; TAU). AAT sessions in the experimental group (AAT-S) will be spaced out over four weeks following detoxification. Sessions in the control group (AAT-M) are massed within one week following detoxification. Assessments of alcohol consumption and craving take place before the start of AAT (baseline: T0, timeframe: last 30 days before admission (alcohol use) or past week (craving)) at three (T1) and six months follow-up (T2). Study population: 200 patients with a primary DSM-5 diagnosis of AUD who receive TAU at three addiction care sites (clinical facilities 'Zevenaar', 'Tiel' and 'Wolfheze') of IrisZorg. Patients have finished alcohol detoxification, age ≥ 18, have good Dutch proficiency and have given written informed consent. During the follow-up assessments they are likely to have progressed to regular outpatient addiction treatment. Intervention: During their four week (minimum) admission all participants receive TAU, which includes Community Reinforcement Approach (CRA) (Meyers & Smith, 1995) grouptraining, AAT, sociotherapy and pharmacotherapy. AAT is a Cognitive Bias Modification paradigm that is used to retrain alcohol approach biases. In AAT participants must react to pictures of alcoholic and non-alcoholic beverages with a joystick to the tilt of the pictures which are presented on a computer screen. In current routine clinical care AAT sessions are massed in the first week after detoxification (control condition: AAT-M). In the experimental condition AAT trails will be spaced out over four weekly sessions instead of one week (AAT-S). Main study parameters/endpoints: Changes from baseline to three and six month follow-up in: 1. Mean daily units of alcohol consumed (past 30 days); at baseline this refers to the 30 days directly pre-admission). 2. Mean ratings of mean alcohol craving (past seven days). Nature and extent of the burden and risks associated with participation, benefit and group relatedness: Participants in both conditions will receive the same amount of AAT sessions and trials. Sessions in the AAT-S condition will be spread out over four weeks. Participants in this condition will therefore be exposed to AAT alcohol pictures over a longer period. Given our current experience of AAT as part of TAU, we expect little risk of participants experiencing more sensations of craving. Alcohol (use) is discussed daily during admission as part of TAU. As an extra burden, participants will be asked to complete a questionnaire before the first AAT session. Participants will be approached for follow-up assessment three and six months following the first month of inpatient treatment. Participants receive an incentive (a voucher worth €15,-) after completing all FU assessments, as a compensation for the extra burden.
Alcohol use disorder (AUD) inflicts enormous physical, emotional, and financial burdens on the individual and society at large. Insomnia is highly prevalent among individuals with AUD, and disrupted sleep contributes substantially to alcohol-related problems. While research suggests that treating insomnia may effectively reduce AUD, the degree to which treating insomnia in heavy drinkers reduces alcohol consumption and prevents the onset of severe AUD is not known. This study will be the first to evaluate an Internet-based version of cognitive behavioral therapy for insomnia (CBT-I) in community-dwelling, heavy drinking adults with insomnia. Sleep Healthy Using the Internet (SHUTi), the most widely-used and well-validated version of Internet-based CBT-I will be used. The primary aim is to reduce alcohol consumption and insomnia severity in this population.