Active clinical trials for "Alcohol Drinking"

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) and also shows potential signals of efficacy thereby supporting the conduct of later phase clinical trials. Safety endpoints will be compared following an alcohol challenge without and concurrent with BXCL501 treatment.

For this protocol, the investigators plan to collect pilot data to examine the effect of endotoxin on drinking behavior in the human laboratory.

This study will provide the first rigorous integrative test of the hypothesis that rapid rises in estradiol (a female hormone) increase the rewarding and disinhibiting effects of alcohol and that such increased sensitivity correlates with increased alcohol use. Identification of the behavioral mechanisms by which estradiol surges can increase alcohol use would provide a critical advancement of neurobiological theory of alcohol abuse in women, an understudied area, as well as provide new directions for personalization of alcohol abuse treatment in women. In this study, naturally-cycling women will be examined daily over their menstrual cycle using an integrative combination of daily ecological assessments of hormone fluctuations and alcohol use along with strategically-timed laboratory tests of their acute sensitivity to the rewarding and disinhibiting effects of a controlled dose of alcohol.

Background: Alcohol use disorder (AUD) affects about 29.5 million people in the United States. Only 3 medicines have been approved by Food and Drug Administration to treat AUD. Researchers want to find better treatments for AUD. Animal studies found that a medicine called spironolactone, may decrease the amount of alcohol the animals drank. Spironolactone is approved to treat high blood pressure, or heart failure in people. It is not approved to treat AUD. Objective: To test a medicine (spironolactone) in people who sometimes drink excessive alcohol in order to understand how the body breaks down spironolactone and if there are any side effects in people who drink alcohol while taking this medicine. Eligibility: People aged 21 and older with AUD. Design: Participants will have 4 separate 7-day stays at a clinic in Baltimore over 2 months. Spironolactone is a capsule you swallow. Participants will take a capsule twice a day for 5 days during each clinic stay. During 1 of their 4 stays, they will take a placebo instead of the medicine. The placebo capsule looks just like the spironolactone capsule but contains no medicine. Participants will not know when they are taking the medicine or the placebo. Participants will not drink alcohol until day 6 of each clinic stay. Then they will be asked to drink alcohol in a bar-like area in the clinic. Their breath and blood alcohol levels and their well-being will be measured. Participants will undergo other tests in the clinic: A DEXA (dual energy X-ray absorptiometry) scan uses X-rays to measure bone density and muscle mass. Participants will lie on an open-top, padded table, then a small arm will scan the full length of their body. The radiation participants will get in this study is about the same as from one regular x-ray. Blood tests. Participants may feel some discomfort at the site of needle entry. Electrocardiogram. This test records the heart activity. Sensors are attached to the skin with stickers and removed after a few minutes. Urine tests. All urine will be collected over a 3-day period during each stay. We will measure the amount of urine, and different hormones and salts in the urine. Questionnaires and tasks. Participants will answer questions about their alcohol use. They will perform tasks to test mood, craving, mental and physical coordination, and how much they feel an effect from alcohol after drinking....

This is a single blinded, randomized trial to evaluate the immediate subjective and objective effects of alcohol after a dose ketone supplement compared to a placebo in 10 health volunteers. Subjects will complete 2 lab visits where they consume a dose of alcohol (based on weight), to bring their breath alcohol concentration to about 0.050%. Participants will randomly receive ketone supplement at one lab and the placebo at the next lab.

This study employs a repeated measures experimental design to examine the effect of THC-dominant dose of cannabis and CBD-dominant dose of cannabis, relative to placebo, on subsequent drinking in an alcohol choice task in which participants choose either to drink or receive monetary reinforcement for drinks not consumed. Cannabis will be administered simultaneously with an alcohol-priming dose or alcohol placebo. The study will enroll up to 350 nontreatment-seeking heavy episodic alcohol drinkers who use cannabis weekly.

The investigators will compare 3 treatment groups (ketamine plus naltrexone vs. ketamine alone vs. placebo) for treating major depressive disorder (MDD) and alcohol use disorder (AUD) in an 8-week randomized, double-blind, placebo-controlled, between-subjects trial. First, prior to the double-blind trial, the investigators will conduct an open-label trial that will include 5 patients with comorbid MDD and AUD to test safety and efficacy of repeated ketamine treatment (0.5 mg/kg; once a week for 4 weeks; a total of 4 ketamine infusions) with a follow-up of 4 weeks. Second, after reviewing the safety and efficacy of repeated ketamine treatment from the open-label trial, the investigators will conduct an 8-week, randomized, double-blind, placebo-controlled trial that will include 60 patients with comorbid MDD and AUD to test safety and efficacy of repeated ketamine treatment (0.5 mg/kg; once a week for 4 weeks; a total of 4 ketamine infusions) plus naltrexone with a follow-up of 4 weeks. The 4-month follow-up session will also occur.

Twenty participants, age 18 or older, who meet Diagnostic and Statistical Manual of Mental Disorders (DSM-5) criteria for moderate to severe Alcohol Use Disorder will be randomized to open-label psilocybin (25 mg) therapy with the Visual Healing Set and Setting platform (N=10) versus psilocybin (25 mg) with a standard Set and Setting platform (N=10). The purpose of this study is to evaluate the feasibility, safety, and tolerability of adding Visual Healing, a nature-themed virtual immersive program, to psilocybin-assisted therapy among participants with alcohol use disorder.

Alcohol use disorders (AUDs) are a costly and burdensome health concern, affecting over 15 million adults each year in the United States. Several FDA-approved medication-assisted therapies (MATs) are used for the treatment of AUD, with disulfiram (Antabuse) the oldest and one of the most common. Disulfiram acts as a "psychological deterrent" and causes physiological reactions when taken with alcohol. Despite demonstrated efficacy for decreasing relapse, disulfiram is underutilized: efficacy is best demonstrated under monitoring or supervision, creating a barrier for use. Additionally, disulfiram adherence rates are low. The most common reason for non-adherence is that an individual is contemplating or planning a relapse, which typically occurs within 50 hours. Thus, disulfiram non-adherence can be a marker for relapse, providing a very short window for intervention. Technological advances now allow for electronic medication monitoring: devices are designed to objectively track adherence. The Wisepill device is an electronic medication monitoring system that pairs real-time monitoring with a triggered text message (SMS) when doses are late. The Wisepill device plus medication reminder SMS messages are associated with increased adherence to antiretroviral or diabetic therapy. Though the capability exists, potentially therapeutic SMS messages paired with Wisepill objective monitoring have yet to tested in any population. Indeed, previous research suggests that supportive and relapse prevention/coping skills SMS message interventions are effective in reducing alcohol use. Thus, given that disulfram non-adherence can signify a critical clinical concern (i.e., impending relapse), the delivery of a tailored, relapse prevention-focused, just-in-time SMS soon after disulfiram discontinuation could have a significant impact on AUD treatment outcomes. The investigators propose to develop an intervention capitalizing on the Wisepill technology to pair real-time medication monitoring with tailored (a) real-time triggered reminders, (b) real-time abstinence support, and (c) relapse prevention SMS texts for individuals with AUD being treated with disulfram. The investigators propose to develop a 12-week Wisepill+SMS intervention for individuals in alcohol treatment on disulfiram. This will include: 1) an in-person Wisepill orientation session to introduce the device and generate tailored relapse prevention messages; 2) use of the Wisepill device during the intensive treatment program and after discharge; 3) tailored SMS messages paired with use of the Wisepill device: a) supportive messages with medication compliance, b) reminder messages for early non-adherence (e.g., 1 hour late) and c) relapse-prevention messages after longer periods of non-adherence (e.g., several hours). The goal of this application is to develop the Wisepill+SMS intervention with the aid of focus groups (n=20), then test the Wisepill+SMS intervention in a RCT (n=75) comparing Wisepill+SMS to Wisepill only (i.e., no SMS) and disulfiram only (i.e., no Wisepill, no SMS). The Wisepill device, and its associated real-time monitoring and messaging systems, are relatively low-cost, easy to program, and can deliver an intervention that would reduce barriers to care.

This Phase II Small Business Innovative Research (SBIR) project is a clinical effectiveness and cost-effectiveness random controlled trial (RCT) of DynamiCare Health's innovative smartphone/smart debit card remote digital coaching program, which integrates Contingency Management, Recovery Coaching, and cognitive behavioral therapy (CBT), to address alcohol use disorder (AUD) in 300 adults.