View clinical trials related to Alcohol-Related Disorders.
Filter by:The study is designed to develop and test a tailored adaptive text messaging/short message service (SMS) intervention for individuals interested in reducing their alcohol consumption. According to the National Institute on Alcohol Abuse and Alcoholism, problem or risky drinking is defined as greater than 7 standard drinks per week for women and 14 standard drinks per week for men. Other groups have other criteria (e.g., 10 drinks for women and 14 for men per week). The Institute of Medicine reports that problem drinkers are those with mild-to-moderate problem severity who do not have physical dependence. Heavy drinking individuals with non-abstinence goals rarely seek treatment for excessive alcohol use, and newer methods such as internet screening and mobile apps provide opportunities to engage and treat this difficult to reach population. There are now 96 mobile phone contracts for every 100 people on earth, making mobile interventions a highly viable method for extending care beyond traditional methods. Text messaging or short message service (SMS) is the most widely available mode of mobile communication and despite its simplicity, has been proven to be a reliable and effective method to induce behavior change across behavioral health targets, including problem drinking. However, large scale randomized controlled trials are needed to provide the necessary empirical evidence to validate SMS interventions and understand the mediators and moderators of outcome for help seeking heavy drinkers who are using or unable to attend in-person care.
The investigators will conduct a study to examine the impact of an alcohol peer-mentor intervention starting in the emergency department (ED) combined with 6 peer booster sessions to reduce hazardous drinking and facilitate primary/specialty care use compared to enhanced usual care. Approximately 450 Veterans with hazardous drinking behaviors will be randomized to one of these two conditions. Follow-up assessments will occur at 3-, 6-, and 12-month post-randomization.
Background: Problem drinking affects nearly half the people who drink alcohol. Drinking alcohol affects a person s social behavior and brain structure, but researchers don t have a good understanding of how. They want to test a technique called neurofeedback to learn more about how to treat problem drinking. Objectives: To study what happens in the brains of people who drink alcohol when they look at pictures of social things and of alcohol. To learn if people can control brain activity in a magnetic resonance imaging (MRI) scanner and if this helps people with drinking. Eligibility: Adults ages 21 65 who have an alcohol use disorder. Healthy volunteers ages 21 65 Design: Participants will be screened with Physical exam Medical history Blood, urine, and heart tests Mental health interview Questions about their alcohol drinking. At each session, participants will have: A urine test for drugs and pregnancy. If they test positive, they cannot participate. A breath alcohol test and assessment for alcohol withdrawal. Participants will complete surveys, talk to researchers about behaviors, and play games. Participants will have MRI brain scans. The scanner is a metal cylinder in a strong magnetic field. They will lie on a table that slides in and out of the scanner for 1 2 hours. Participants will do tasks in the scanner: They will look at pictures, sometimes of alcohol. They will try to hit a goal. Some participants will get feedback during this task. They will see how their brain activity changes or how someone else s changes. Participants may have follow-up phone questions at least 3 times over about 6 months.
The purpose of this study is to test the effectiveness and implementation of a brief, integrated behavioral intervention for HIV medication adherence and substance use in the HIV care setting in South Africa. The intervention is specifically designed to be implemented by non-specialist counselors using a task sharing model in local HIV clinics. The behavioral intervention will be compared to usual care, enhanced with referral to a local outpatient substance use treatment program (Enhanced Standard of Care - ESOC) on study endpoints (as described in study endpoint section below).
An online, interactive web-based program for older teens and their parents is designed to address teen alcohol use and teen relationships. The parent-teen dyad both participate in the web-based program and engage in off-line discussion activities. This intervention promotes communication skills, refusal skills, and helps teens consider how to make healthy choices. A total of 411 family dyads (one parent, one teen) were recruited.
Does mixing alcohol make hangover worse?
Asian Flushing Syndrome (AFS) is a genetic disease affecting approximately 70% of patients of East Asian descent characterized by severe flushing with minimal ethanol consumption. This reaction is cosmetically unattractive and socially limiting. Many Asian patients avoid drinking alcohol on dates, at weddings, and during business events because of this reaction and the perception of being drunk or alcoholic. Ethanol is normally metabolized to acetic acid by two enzymes. The first enzyme, alcohol dehydrogenase (ADH) converts ethanol to acetaldehyde. The second enzyme, aldehyde dehydrogenase 2 (ALDH2) converts the toxic acetaldehyde to harmless acetic acid. When ADH function is increased or ALDH2 function is decreased, the toxic intermediate acetaldehyde accumulates resulting in cutaneous flushing. Over 70% of East Asians have genetic polymorphisms in either ADH or ALDH2 leading to intense flushing with ethanol consumption. There are no effective topical treatments for the Asian Flushing Syndrome. Oral antihistamines have been used with some success in treating symptoms of Asian Flushing Syndrome; however these can have sedating effects and may be dangerous in combination with alcohol. Brimonidine is a selective α2-adrenoceptor agonist that acts through vasoconstriction and is commercially available in a topical gel. This topical treatment is FDA approved for the indication of facial flushing and has a long history of safety in human subjects.
Alcohol contributes to over 5% of deaths worldwide, and death rates from alcohol-related liver disease (ARLD) in the UK continue to rise sharply. On-going alcohol use in ARLD leads to markedly increased mortality (Thursz et al, 2015), and maintaining abstinence is a key therapeutic goal. However, there are no effective pharmacological therapies for maintaining abstinence. Brief intervention (BI) is an effective psychological tool for reducing alcohol use, but is difficult to scale widely. AlcoChange is a smartphone app and breathalyser (AlcoChange), which facilitates self-monitoring and delivers BIs in response to patient triggers. The aim of this open-label study is provide AlcoChange to 60 patients with ARLD, to determine compliance with the app/breathalyser and changes in self-reported alcohol consumption. Recruitment of inpatients/outpatients with ARLD and recent alcohol use will take place at Royal Free London. The inclusion criteria are: intent to maintain abstinence, possession of compatible smartphone. The exclusion criteria are: inability to provide consent. Participants will be assessed at baseline and 3-months. The primary endpoint is self-reported alcohol use (units/week, timeline follow-back). Secondary endpoint is compliance with the app (monitored remotely).
Background: Many people suffer from drug addiction. But currently, treatments are not very effective. One group of patients in this study are enrolled in addiction treatment through physician health programs (PHPs). About 70% of these patients are able to stop using drugs for extended periods of time. By studying this specific group of patients, researchers want to understand the difference between those who may or may not respond to treatment. They want to study the brain while people do thinking and feeling tasks and when they relax. They will study brain chemicals, a stress hormone, and certain genes. The results may help them understand the brain basis for addiction and recovery. Objectives: To use brain imaging to find differences between people with and without drug addiction. To see if these differences help predict addiction. Eligibility: Healthy, right-handed adults ages 21-65, enrolled in a physician health program or those with no history of addiction and with at least 16 years of education Design: Participants enrolled in a PHP will be screened under this study and participants with no history of addiction will be screened under another study. At the study visit, participants will: Have a routine check-up, including tests for pregnancy, drugs, and alcohol. Give 11 blood samples. Rate their cravings. Test their frustration with stressful situations by responding to questions on a screen. Practice the magnetic resonance imaging (MRI) tasks: Shock task. Two electrodes placed on a foot will deliver brief, low-strength electrical shocks that get gradually stronger, but not painful. Participants will see drug or neutral images. They will rate their discomfort. Thinking tasks. Participants will answer questions about pictures, numbers, and money. They will press buttons in response to things they see. Do the MRI tasks in 2 sessions (morning and afternoon) in the scanner. Participants will lie in an MRI machine which will take pictures of the brain while doing these tasks. Some participants will repeat the visit twice over a year at set intervals. Meals will be provided, and visits will include meal breaks and smoking breaks for those who smoke.
Nearly 18% of United States adults meet criteria for alcohol dependence sometime in their lifetime, with only 24% of those individuals ever receiving any treatment for their disorder (Hasin et al., 2007). The pervasiveness of alcohol dependence indicates a need for continued development of high-impact treatments that are both effective and easily disseminated to a broad population. Recent evidence indicates that Episodic Future Thinking (EFT), the ability to self-project and pre-experience a future event, can help individuals to make changes to habitual behaviors, such as alcohol drinking (Snider et al., 2016). In this study, the investigators will evaluate the efficacy of EFT to help individuals reduce alcohol consumption. The investigators anticipate that EFT will result in a reduction in alcohol consumption over a 2-week experimental period when compared to the control group.