Active clinical trials for "Alcoholism"

This experimental research studies the efficacy of two different treatments for inhibitory control improvement in alcohol-dependent individuals, one consisting of Retrieval-Extinction Learning ( alcohol AAT Task) and the other consisting in rTMS of the right dorsolateral prefrontal cortex.

This project represents a first step in examining the potential use of fish oil for the treatment of alcohol use disorder (AUD). The investigators will be testing for attenuation of alcohol-induced sedative and stimulant effects, as well as cognitive effects and cerebellar effects in healthy social drinkers.

The purpose of this study is to determine whether patient self-matching (as compared with treatment as usual by expert matching) improves quality of life, retention, and outcome for patients being treated for alcohol problems. There are at least two good reasons for offering patients a choice when the goal is a change in their behavior. The first is that patients are likely to know what treatment works best for them. Secondly, being allowed to choose between options may increase compliance in treatment. As a randomized controlled trial, this study will compare the efficacy of patient self-matching versus treatment-as-usual expert matching. The Self-Match Study is expected to increase knowledge on the importance of involving the alcohol dependent patient in choosing what treatment method is best for him/her instead of having experts to do that. The investigators expect to discover patient involvement as a way to improve compliance in treatment, hence preventing that patients drop out of treatment to early. If this hypothesis proves to be right, clinicians will have a viable strategy for matching treatment methods to patients, since the strategy does not demand further resources in the treatment system.

The goal of this double-blind sham controlled study is to evaluate the effeicacy of continuous theta burst stimulation to the frontal pole as a tool to decrease drug cue reactivity and improve treatment outcomes in treatment-engaged cocaine and alcohol users. All participants will be randomized to receive 10 days of real or sham rTMS to the frontal pole. Brain imaging data and behavioral assessments will be collected at 4 time points - before TMS, after 10 days of TMS, 1 month follow up and 2 month follow up.

Alcoholism is the third leading cause of preventable death in the US, accounting for 80,000 deaths annually. Almost 18 million US adults have alcohol use disorder (AUD); however, approved medications for the treatment of AUD has shown limited effectiveness. Zonisamide (ZON), a broad spectrum anticonvulsant, has proven to be more effective than a placebo in reducing alcohol intake in individuals with alcohol dependence. ZON's mechanism of action seems to be quite distinct from currently approved anti-alcoholism medications, which holds promise for treatment of individuals who are not responsive to conventional medications. However, much remains unknown about ZON's therapeutic mechanisms and ZON's efficacy in treating patients with a diagnosis of AUD. To fill in these gaps, the investigators will conduct a double-blind randomized controlled study that assesses ZON's treatment mechanisms and effectiveness in reducing alcohol consumption in patients with AUD. Participants will be randomized to one of two conditions: 1) treatment with ZON and a computerized psychotherapy platform called Take Control (TC); 2) treatment with a placebo (PLC) and TC. To understand the neurobiology behind ZON's potential therapeutic effects on AUD, fMRI will be used to compare the brain activity of the ZON+TC versus PLC+TC group while participants perform an alcohol and emotional-word Stroop task, as well as an alcohol related cues task.

Alcohol use disorder (AUD) impacts millions of Americans and is associated with significant behavioral, social, economic, medical, and neurobiological dysfunction, yet current behavioral treatments for AUD are only modestly effective. The proposed research will test the efficacy of a novel behavioral intervention, which combines brain stimulation with mindfulness-based relapse prevention, and is hypothesized to improve neural dysfunction and ultimately lead to large effect size reductions in heavy drinking among individuals with AUD. Given that mindfulness and brain stimulation are already available for "home use" there is great potential for the ultimate dissemination of the intervention on a large scale, which could have a significant impact on public health.

Alcohol use is almost ubiquitous on college campuses and first-year students are at particularly high risk of alcohol-related harm when they first make the transition to college. Peers are important agents in socializing both healthy and unhealthy behaviors, but despite the clear role of peer behavior in the maintenance of college problem drinking, there have been no efforts to measure the effect of individual change on the reduction of alcohol-related risks in the broader student body. That is, despite the importance of social connections for inducing and maintaining alcohol use in youth, intervention approaches have not measured nor capitalized on the potential of social influences for changing this problem behavior. It is essential that we understand the indirect effects of individual interventions and the impact such interventions have on the social structure and social connections. The best way to evaluate such effects is to use a research design that experimentally manipulates drinking using the best available intervention and measures its effects on the social network and its members. The purpose of this research is to investigate whether using an established individual Brief Motivational Intervention (BMI) administered to a small number of influential network members embedded in a social network significantly reduces heavy drinking and alcohol consequences among close peers who do not receive any intervention. In addition, the investigators will investigate social influence mechanisms of this transmitted effect, investigate how specific types of network connections and relationships moderate the indirect intervention effect, and investigate the effects of the intervention on network position and structure. First-year students at Brown will be enrolled and assessed early in their fall 2016 academic semester. Heavy drinkers in each dormitory who are in the top quartile of betweenness centrality, a social network construct that reflects high connectivity and potential influence, will either receive BMI or serve as controls, according to their dormitory's intervention assignment. All participants will be assessed again 5 and 12 months after baseline to measure changes in behavior and in peer ties. The long-term objective of this research is to understand how peer influences function in social networks in order to leverage those mechanisms to reduce problematic alcohol use in heavy drinking populations.

The proposed study, for HIV positive alcohol dependent adults currently taking naltrexone, is a pilot randomized controlled trial (RCT) examining the outcomes of a 12-week behavioral support program delivered via text-messaging. It is expected that the text messaging intervention will reduce alcohol use and HIV-risk behaviors. The investigators also hypothesize that the intervention will improve adherence to HIV treatment and naltrexone. To test the effects of the intervention on these target outcomes, 25 participants receiving the text messaging intervention will be compared to 25 participants receiving an informational pamphlet. The pamphlet will contain information about the importance of HIV treatment adherence, reducing HIV risk behaviors, and health consequences associated with alcohol use. By providing support to maximize HIV treatment regimen and naltrexone adherence, coupled with coping skills to promote abstinence from alcohol, the text messaging intervention may provide a promising, cost-effective, and easily deployable behavioral support program for alcohol users who are HIV-infected.

The proposed study is a pilot prospective, parallel groups, randomized, double blind, sham training-controlled, 9-session (over 3 weeks) clinical trial of AABM in 32 male and female veterans entering treatment for AUD at the VA Medical Center at San Francisco, California, between ages 18-65. The study consists of screening, 3-week AABM training, Week-4 post-test, and Week-12 follow-up. Assessment of inhibitory control, alcohol approach bias and craving will be administered at baseline and Week-4. Immediately following screening, patients will be randomly assigned to receive 9 sessions of real or sham AABM training (16 subjects each) taking place over three weeks. Following the 3 weeks of training, patients will complete a Week-4 post-test which includes assessment of alcohol approach bias, inhibitory control, and craving and a Week-12 follow-up assessing drinking behavior.

The purpose of this study is to advance the effort to develop personalized pharmacotherapy for alcohol use disorders (AUDs). The investigators propose to conduct a 12-week, prospective, randomized clinical trial of the moderating effect of rs2832407 on the efficacy of TOP in reducing heavy drinking (HD) in 200 individuals of European descent with DSM-5 AUD. The investigators will stratify the randomization on genotype and oversample rs2832407*C homozygotes, the most TOP-responsive genotype, to ensure comparable numbers of patients in the four medication x genotype groups. The investigators will use daily data collection to examine changes in relevant process variables (e.g., alcohol expectancies) and their interaction with genotype and medication group as predictors of HD. The proposed study is innovative in that it will be the first prospective test of a pharmacogenetic hypothesis involving TOP; it will use daily reports to examine expectancies and how they interact with medication and genotype to predict HD; and it will enroll DSM-5 AUD patients whose goal is either to reduce or stop drinking, which will increase the study's external validity.