View clinical trials related to Alcohol Use Disorder (AUD).
Filter by:The overall objective of the proposed study is to determine if Dexmedetomidine HCl (BXCL501) is safe for treatment of alcohol use disorder (AUD) with comorbid posttraumatic stress disorder (PTSD) in an outpatient setting and also shows potential signals of efficacy thereby supporting the conduct of later phase clinical trials.
One in 10 Veterans have an alcohol use disorder. However, few Veterans receive evidenced-based psychosocial interventions or medications to treat alcohol use disorder. Barriers to receiving these treatments include long wait times, stigma, and long distances from treatment facilities. Even fewer Veterans receive psychosocial and medication interventions together, despite clinical practice guidelines recommending both and evidence of better outcomes. Expanding access to these treatments in primary care is a VA priority but delivering psychosocial interventions is difficult in this setting, and medication is often the only option. Smartphone apps that deliver alcohol interventions may improve drinking outcomes and ensure Veterans can receive both treatments in primary care. This study will determine whether medications and an app for alcohol use problems offered to Veterans in primary care results in improved drinking outcomes, compared to Veterans receiving medications only. Study data will inform how to spread the app across the VA nationally.
The purpose of this research study is to find out about the effects of a drug called mavoglurant on alcohol consumption.
This proposed study is a double-blind, randomized, placebo-controlled, parallel-group, laboratory study to determine the effects of DMT, plus psychotherapy, on Alcohol Use Disorder.
Alcohol use causes more overall harm than any other drug and is the seventh leading risk factor for both deaths and disability-adjusted life years. Alcohol use disorders (AUD) are among the most common and undertreated mental disorders in developed countries. Pharmacological and psychotherapeutic treatments only show limited efficacy and around 60% of the patients relapse in the short-term after withdrawal. Lysergic acid diethylamide (LSD) was investigated in numerous clinical trials during the 1950s and 1960s. Specifically, the use of LSD in the treatment of AUD was investigated extensively. A pooled analysis of six historical clinical trials demonstrated, that a single dose of LSD significantly reduced alcohol use at three and six months after LSD administration. However, these trials are limited by several factors, including the use of diagnostic standards that are no longer not up to date, single, high-dose treatment regimes, missing biological assessment for alcohol use, and no consequent assessment of blinding. Therefore, the present study aims to evaluate the safety and efficacy of LSD for the treatment of AUD and addresses the shortcomings of previous studies. The trial has a double-blind, active placebo-controlled, randomized, parallel design and will be conducted in specialized treatment centers for addictive disorders in Switzerland. The study will include 126 patients after withdrawal treatment and will primarily assess the efficacy of LSD for the treatment of AUD. Patients will be treated using a 1:1 allocation. Each arm will last 20 weeks and will comprise nine study visits without drug administration and two study days involving LSD or active placebo administration. In the first session, patients in the treatment group will receive a dose of 150 µg LSD, followed by another 150 µg or 250 µg LSD in the second session, which will take place approximately 4 weeks after the first session. The primary outcome is the mean of percent heavy drinking days after administration of two doses of LSD at 3 months follow-up. Additionally, the study will assess neurobiological mechanisms of action and several other measures.
Background: There is consistent evidence that community and clinical samples of individuals with an alcohol use disorder (AUD) have attentional biases toward alcohol cues. The alcohol attentional control training program (AACTP) has shown promise for retraining these biases and decreasing alcohol consumption in community samples of excessive drinkers. However, there is a lack of evidence regarding the effectiveness of ACTP in clinical AUD samples. The main aim of the present study is to investigate whether primary pharmacological and psychological, evidence-based alcohol treatment can be enhanced by the addition of a gamified AACTP smartphone application for patients with an AUD. Design and methods: The study will be implemented as a randomized controlled trial. A total of 317 consecutively enrolled patients with AUD will be recruited from alcohol outpatient clinics in Denmark. Patients will be randomized to one of three groups upon initiation of primary alcohol treatment: Group A: a gamified AACTP smartphone application + treatment as usual (TAU); Group B: a gamified AACTP sham-control application + TAU; or Group C: only TAU. Treatment outcomes will be assessed at baseline, post-treatment, and at 3- and 6-month follow-ups. Repeated measures MANOVA will be used to compare the trajectories of the groups over time on alcohol attentional bias, alcohol craving, and drinking reductions. It is hypothesized that Group A will achieve better treatment outcomes than either Group B or Group C. Perspectives: Because attentional bias for alcohol cues is proportional to the amount of alcohol consumed, and these biases are not addressed within current evidence-based treatment programs, this study is expected to provide new evidence regarding the effectiveness of the gamified AACTP in a clinical population. Furthermore, due to promising results found using AACTP in community samples of excessive drinkers, there is a high probability that the AACTP treatment in this study will also be effective, thereby allowing AACTP to be readily implemented in clinical settings. Finally, it is expected that this study will increase the effectiveness of evidence-based AUD treatment and introduce a new, low-cost gamified treatment targeting patients with an AUD. Overall, this study is likely to have an impact at the scientific, clinical, and societal levels.
Alcohol Use Disorder (AUD) is a highly prevalent and significant public health problem. Behavioral treatments based in the principles of social learning theory and cognitive behavior therapy have been developed and tested for AUD, yet effect sizes are relatively small and rates of relapse following treatment are high. Theoretically informed adjunctive interventions may help to enhance the effects of extant AUD treatments. In particular, evidence suggests that environments lacking in substance-free (SF) activities contribute to the development and maintenance of AUD and that the availability of rewarding SF activities may serve as viable alternatives to compete with alcohol use. Building on the advantages of accessibility and low-cost option afforded by the use of mobile technology, this proposal outlines a well-integrated research and training plan to investigate a mobile health intervention to increase engagement in rewarding SF activities among patients in AUD treatment. This proposed research aims to develop and evaluate a mobile phone ecological momentary assessment plus ecological momentary intervention (EMA+EMI; entitled: mobile - Rewarding Activity Centered Treatment (m-ReACT)) app to augment existing AUD treatment. The m-ReACT app will monitor self-reported rewarding SF activity engagement in real-time and deliver personalized feedback that encourages participants to engage in highly rewarding activities that are goal-oriented and support positive treatment outcomes. This proposed intervention will be developed in two phases. Phase 1 will develop the m-ReACT app and Phase 2 will evaluate its efficacy in randomized control pilot trial with a sample of 50 AUD patients who have recently initiated outpatient AUD treatment. Participants in the pilot RCT will be randomly assigned to either the m-ReACT condition or an active control condition. It is hypothesized that m-ReACT will result in increased rates of percent days of alcohol abstinence and increased reinforcement from SF activities.
Background: Alcohol Use Disorder (AUD) is a complex psychiatric disorder, involving several brain areas and neurocircuits. Transcranial Direct Current Stimulation (tDCS) allows to stimulate superficial areas of brain using a weak electrical current. Preliminary data suggest that tDCS may reduce alcohol craving and consumption. Objectives: The main outcome is to test if tDCS can reduce alcohol craving and use and to assess the changes in BDNF and pro-BDNF levels. Secondary outcomes are the assessment of other psychiatric dimensions (mood, behavioral and cognitive alterations) associated with prolonged alcohol use. Eligibility: Healthy, right-handed adults ages 18-65 who do have AUD (moderate to severe). Design: This is a randomized, double-blind, sham-controlled study with three phases: 1) a tDCS intensive treatment phase; 2) follow-up with weekly tDCS stimulation; 3) follow-up without tDCS stimulation. Participants will be screened with: - Psychometric Scales - Medical history - Physical exam - Urine tests and breathalyzer - After being enrolled, baseline behavioral and laboratory data will be collected. In particular, participants will undergo: - Psychometric Scales - Venous blood sample (BDNF/proBDNF levels) Participants will be randomized to real or sham tDCS arm. The stimulation will be delivered daily for five days during the first week (intensive treatment phase) and then weekly for 3 months (follow-up with stimulation). During this period patient will be tested with a behavioral and psychometric evaluation.Therefore, participants will receive 3 follow-up monthly visits without tDCS stimulation, in which behavioral and psychometric data will be collected. Treatment includes: - tDCS: The tDCS will be delivered with a stimulator connected to two sponge electrodes, soaked in a saline solution. The stimulation will be administered at a current intensity of approximately 1 mA, for the duration of 20 minutes. The anode will be placed on the right DLPFC, the cathode on the contralateral cortical area. - BDNF/proBDNF levels: A venous blood sample will be collected before the first stimulation and after the last stimulation of the intensive-stimulation period (first week). The blood sample will be centrifuged within 20 minutes of sampling at 1000 × g for 15 minutes. Then, the serum will be aliquoted and stored at -80 ° C until analysis. - Repeat of screening tests and questionnaires - Urine toxicological screen and breathalyzer
The project is geared towards the understanding of how to increase cognitive control over cue reactivity and drug craving.