73 Clinical Trials for Various Conditions
The purpose of this research study is to find out about the effects of a drug called mavoglurant on alcohol consumption.
The purpose of this study to evaluate the effects of naltrexone plus lemborexant augmentation compared to naltrexone plus placebo on cue-induced and non-cued alcohol cravings in people with alcohol use disorder and insomnia. Our secondary goals are to evaluate the effects of lemborexant plus naltrexone combination on sleep quality using self-report questionnaires and actigraph data, depression, anxiety, and suicidal ideation.
This is a double-blind, placebo-controlled, proof of concept laboratory study to recruit N=70 (35 Males / 35 Females) non-treatment seeking, heavy drinkers with alcohol use disorder (AUD). It is hypothesized that randomization to 1.5mgs dexamethasone versus placebo will decrease alcohol craving during stress by decreasing basal cortisol, increasing anti-inflammatory cytokine levels and potentially normalizing the immune response to stress.
The purpose of this study is to examine the effects of pioglitazone on stress-induced relapse risk in a laboratory model and to examine the effects of pioglitazone on drinking, stress/anxiety, and alcohol craving in the natural environment
The purpose of this study is to test a brief task of playing the game Tetris to reduce alcohol cravings and alcohol use. Women who are seen at primary care and recruited through the community will be asked to rate alcohol craving and use for a 1-week baseline period. Then they will be randomly assigned to play the Tetris game on their phones daily or to a control condition for a 2-week period. Participants will also complete a cue-reactivity task, that involves viewing pictures of alcohol and rating cravings.
To use pregnenolone (PREG; 300; 500mg) daily versus placebo (PLA) as a probe to assess the role of neuroactive steroids in individuals with alcohol use disorder (AUD).
The purpose of this study is to assess the effect of pioglitazone on stress- and alcohol-related measures in treatment-seeking individuals with alcohol use disorder (AUD) and elevated levels of stress and anxiety.
Alcohol use disorders (AUD) and intimate partner aggression (IPA) frequently co-occur. There are significant health and economic burdens associated with AUD and co-occurring IPA, and little empirical data to guide treatment efforts. The neuropeptide oxytocin may help mitigate both AUD and IPA. However, clinical data examining oxytocin's effects on human aggression is scant. The proposed study is designed to address these gaps in the literature by utilizing a human laboratory paradigm to test the effects of oxytocin on craving and aggression among couples with AUD and co-occurring IPA.
Background: Sights, sounds, and smells can be associated with alcohol and tempt people to drink. The connection between encountering cues and wanting to drink might be reduced by behavioral techniques, like giving the cues at certain times, in certain circumstances. Objective: To see if visual imagery and behavioral techniques can reduce alcohol craving and drinking. Eligibility: Healthy people ages 21 to 65 years old who are mildly concerned about their drinking and have had these habits in the past 3 months: * Women: More than three (3) drinks any single day or more than seven (7) drinks per week * Men: More than four (4) drinks any single day or more than 14 drinks per week Design: * Participants will be screened with medical history, physical exam, blood tests, alcohol breath tests, hepatitis tests, and alcohol and drug use questionnaires. * Participants will get a smartphone to carry throughout the study. They will use it to report on their drinking, moods, and activities daily. The phone's global positioning system (GPS) will record their locations throughout each day. * There will be six (6) study visits approximately over four (4) weeks. Visits will last up to four (4) hours, but the final visit may last up to seven (7) hours. Visits include the following: * Not drinking alcohol or using illicit or over-the-counter drugs at least 24 hours before each visit * Providing urine and breath samples. * Exposure to various cues: Participants' reactions will be monitored by measuring heart rate, blood pressure, and skin temperature. * Drinking alcohol or soft drinks: For visits with alcohol, transportation to and from the visit will be provided. * About a month after the last visit, participants will be called to ask about their drinking and cravings.
Cognitive Behavioral Coping Skills Therapy (CBCST) is a commonly utilized, evidence-based psychosocial therapy (talk therapy) for alcohol dependence. By identifying the neural mechanisms through which CBCST changes drinking behavior, it may be possible to improve its efficacy. CBCST promotes abstinence by teaching "coping skills" for managing alcohol-related thoughts and emotions. In this pilot study, the investigators examine the neural systems that play a role in the learning of coping skills through CBCST, specifically focusing on the role of emotion regulation systems.
Background: - Drinking too much alcohol can injure cells in the body. Inflammation is the body s reaction to injured cells. Studies show that inflammation can cause cravings for alcohol. Researchers want to see if pioglitazone, a drug that decreases inflammation, can reduce alcohol craving. If so, it might help develop new ways to help alcoholics with craving. Objectives: - To see if pioglitazone can reduce alcohol craving. Eligibility: - Adults between 21 and 65 years of age who are alcoholic and have been drinking within the past month. Design: * Participants will be screened with a physical exam and medical history. Blood samples will also be collected. * All participants will have inpatient treatment at the National Institutes of Health Clinical Center for the 5 weeks of the study. They will have standard treatment for alcoholism during their inpatient stay. * Half of the people in this study will have pioglitazone. The other half will have a placebo. * Participants will have different studies during their stay. These studies will include the following: * Personalized audio recordings of stressful, alcohol-related, and neutral events to monitor mood * Imaging studies to test alcohol cravings * Questionnaires about mood and alcohol cravings * Lumbar puncture to collect spinal fluid * Inflammation test to see if the study drug can block alcohol cravings * After the end of the 5-week study, all participants will be offered follow-up outpatient care through the Clinical Center, or referral to outside treatment.
Purpose: The proposed 2-year investigation will be the first double-blind, placebo-controlled trial examining the hedonic response to sweet taste (HRST) as a phenotypic predictor of naltrexone (NTX) response in alcohol dependence. HRST yields two primary phenotypes-Sweet Likers (SL) and Sweet Dislikers (SDL). Based on preliminary findings, HRST will be examined in conjunction with craving for alcohol to assess whether the two factors together provide a more robust predictor of NTX response. The identification of methods to predict naltrexone response in alcohol dependence is an important goal for alcohol treatment research. Currently naltrexone is not being used nearly as much as it should be, in part because clinicians do not believe it is very effective. The development of tools that would identify which patients are more likely to have a robust response to naltrexone should lead to increased use of the medication. This could help many patients who are not now having the opportunity of trying naltrexone. There are two principal Specific Aims for the study: Specific Aim 1. To test the hypothesis that a combination of SL/SDL status and initial alcohol craving will predict % abstinent days (%ABST) during treatment with naltrexone. Specific Aim 2. To test whether a combination of SL/SDL status and initial alcohol craving predict % heavy drinking days (%HDD) during treatment with naltrexone.
This is a Phase II within-subjects double-blind placebo-controlled human laboratory study. The purpose of the study is to determine the efficacy of varenicline (Chantix) for reducing cue-induced cocaine and alcohol craving.
Objective: Alcoholism is highly co-morbid with post traumatic stress disorder (PTSD). Since stress and negative affective states are major relapse triggering factors for alcohol use, the negative symptoms associated with PTSD are thought to promote alcohol dependence. Substance P, which is released in the amygdala in response to stress, acts at NK1 receptors (NK1Rs) to mediate behavioral stress responses. Blockade of the NK1R represents a novel approach for anti-stress actions. In a recent double blind, placebo controlled study involving detoxified anxious alcoholics, we found that NK1R antagonism decreased alcohol cravings, attenuated cortisol response to stress, and significantly decreased insula activation in response to negative sensory input. The present study is intended to expand the findings and determine whether the NK1R is a candidate target for treating alcohol dependent patients with PTSD. Study Population: On hundred twenty participants with PTSD and co-morbid alcohol dependence will be recruited and stratified by PTSD etiology (60 participants each with civilian and combat PTSD, resp). Within each stratum, the treatment groups will be balanced for sex using urn randomization. Stratification is indicated since civilian and combat-related PTSD can theoretically have a different pathophysiology. Civilians typically experience a single trauma exposure of invariably high magnitude, resulting in symptoms immediately. Combat-related PTSD typically results from multiple traumatic exposures over a prolonged period of time, of variable magnitude, and frequently with delayed emergence of symptoms. Design: Participants will be admitted to the National Institute on Alcohol Abuse and Alcoholism (NIAAA) research inpatient unit at the NIH Clinical Research Center (CRC) under protocol number 05-AA-0121 for assessment and treatment of people with alcohol drinking problems, which provides diagnostic assessments and standard withdrawal treatment if needed. Participants will enter into the present protocol once such treatment, if needed is completed. Following inclusion, all participants will receive 1 week of single blind placebo, and will then be randomized to double blind treatment with aprepitant or placebo. Randomized treatment will be for 3 weeks. Spontaneous cravings for alcohol, and ratings of psychopathology will be obtained twice weekly on the inpatient unit throughout the study. Cravings as well as endocrine and immune responses will also be assessed in a challenge session that combines a social stressor and exposure to physical alcohol cues. During the final week, three sessions utilizing scripts will be carried out, on separate days in counter-balanced order, exposing the participant to personalized trauma, alcohol-associated or neutral stimuli. Cravings as well as endocrine and immune responses will also be assessed during the script presentations. A functional magnetic resonance imaging (fMRI) session will be carried out last to assess responses to affective stimuli. Participants will remain hospitalized throughout the study, and will remain on the unit for a three day post-medication monitoring period. Outcome Measures: The primary outcome will be craving alcohol and changes in PTSD symptoms resulting from the script sessions. Secondary outcomes will include cravings and changes in PTSD symptoms resulting from the combined social stress-alcohol cure challenge session, spontaneous craving and PTSD symptoms during hospitalization, and brain responses on the fMRI session. Changes in PTSD symptoms and cravings for alcohol are intended to be surrogate markers for the overall effect of the drug treatment and are not intended to represent global improvement for either PTSD or alcoholism.
This study will determine whether naltrexone, a medicine used to treat alcoholism, can lessen the craving for alcohol during alcohol withdrawal and examine how the drug affects brain activity during alcohol infusion. People between 21 and 50 years of age who are right-handed, alcohol-dependent, and have at least one family member with a history of alcoholism, may be eligible for this study. Participants are admitted to the NIH Clinical Center for 1 month for the following procedures: Screening * Medical history, alcohol-use history and family history of alcoholism * Physical examination, psychological tests and blood tests * Medicine to lessen alcohol withdrawal symptoms, if necessary Days 1-7 * Alcohol detoxification * Medical and psychological evaluations * Assignment to naltrexone or placebo group Days 7 through 28 * Drug treatment: Take naltrexone or placebo capsule every morning * Additional alcohol-dependence treatment: Cognitive and behavioral therapies and participation in self-help groups, such as Alcoholics Anonymous * Weekly questionnaires to measure mood and desire for alcohol * Blood tests * Alcohol craving stimulation test (day 7): Subjects handle and sniff water and then their favorite alcoholic beverage. They then rate their urge to drink alcohol and their level of anxiety and their heart rate is measured. * Alcohol infusion test (day 9): Subjects have an MRI scan during infusion through a vein of saline (salt water), followed by infusion of alcohol. For this test, a catheter (plastic tube) is placed in a vein in each arm, one for administering the saline and then alcohol; the other for drawing blood samples to measure blood alcohol level and body chemistries. Before, during and after the infusion, subjects are asked to respond to questions about their feelings, cravings and mood changes. Follow-up Subjects are asked to participate in a 3-month outpatient assessment program involving five outpatient visits (at 1, 2, 4, 8 and 12 weeks after discharge). At each visit, they fill out questionnaires and to take a breathalyzer test and blood and urine tests for drugs. They may continue naltrexone therapy and weekly group therapy sessions during this time. Subjects who do not participate in the assessment program are contacted at home by phone once a week for 1 month and then every other week for the next 2 months to monitor alcohol abstinence. ...
This study will determine if acamprosate, a drug approved to treat alcoholism, decreases alcohol cravings in alcohol-dependent subjects following infusions of yohimbine and mCPP. Yohimbine causes anxiety and may provoke a desire for alcohol; mCPP induces a feeling of having had a few drinks, which often creates a desire for more drinks. If acamprosate can prevent a craving following these stimuli, then the effectiveness of new experimental drugs for treating alcoholism can be tested for their ability to block yohimbine or mCPP-induced cravings. This type of investigation would be less expensive and less time-consuming than conducting clinical trials with alcohol-dependent people. People between 21 and 65 years of age who are alcohol-dependent and have been drinking regularly for at least 1 month before entering the study may be eligible to participate. Participants are admitted to the NIH Clinical Center for about 35 days, during which time they are asked to participate in an alcohol treatment program. They may request passes to leave the hospital during the day but must return overnight. Upon return to the hospital, subjects are required to take a breathalyzer test for alcohol and urine screen for drug use. Participants found to have used drugs or consumed alcohol while away from the hospital are terminated from the study. Participants are randomly assigned to take acamprosate or placebo pills three times a day for about 2 weeks. They are then given three intravenous (through a vein) infusions, 5 to 7 days apart, each containing either yohimbine, mCPP or placebo. The drugs are infused for 20 minutes following a 1-hour infusion of saline (salt water). Subjects complete two questionnaires - an alcohol urge questionnaire to assess the desire for alcohol and a PASS rating scale to assess anxiety - several times during the study and during the infusions....
This study aims to test the preliminary efficacy of 3.0 mg of guanfacine (GFC) daily versus placebo in cocaine and/or alcohol dependent individuals. This proposal is a laboratory and treatment outcome study to examine the effects of guanfacine on brief exposure to stress, drug cues and neutral situations on cocaine/alcohol craving, mood and neurobiological reactivity in a sample of cocaine and/or alcohol dependent individuals. Guanfacine will be beneficial for reduction in stress and drug cue induced craving and related arousal. In a sample of 60 cocaine and/or alcohol dependent men and women, we propose to examine (a) differences in measures of cocaine craving, emotion state, hypothalamic-pituitary-adrenal (HPA) activation, physiological arousal and plasma catecholamine response to stress imagery and to drug cue imagery as compared to neutral imagery; (b) reduction in cocaine/alcohol abstinence symptoms; and (c) improvement in cocaine and alcohol treatment outcomes as measured by increasing abstinence, reduction in cocaine/alcohol use and increased treatment attendance. Hypothesis 1: Guanfacine will decrease stress-induced cocaine craving, negative emotions and related arousal in the laboratory as compared to placebo. Hypothesis 2a: As compared to the PLA group, the GFC group will show significant reductions in protracted withdrawal symptoms as measured by the CSSA/CIWA during the 9-week treatment period. Hypothesis 2b: As compared to the PLA group, a higher percentage of the GFC patients will remain abstinent during the 9-week treatment period with a higher percent of negative cocaine urines and alcohol-free days. Hypothesis 2c: The GFC group will show greater adherence to treatment as measured by the days in treatment as compared to the Pla group.
This was a study of the effects of VIVITROL® on alcohol cue-induced craving and the associated brain activation patterns in alcohol-dependent adults who had recently completed alcohol detoxification and were seeking further treatment for their alcohol dependence. The study was powered to to detect whether VIVITROL attenuates or blocks the BOLD signal increases in response to alcohol-related cues. In the double-blind portion, subjects received a single administration of study drug (VIVITROL 380 mg or placebo). Subjects who completed the double-blind portion could opt to continue to the open-label portion and receive 2 additional months of treatment with VIVITROL 380 mg.
This study will determine whether the experimental drug LY686017 can reduce a person's desire for alcohol. A brain chemical called Substance P acts at places in the brain called NK1 receptors. Substance P is released in response to stress and gives rise to behaviors that are thought to represent anxiety. LY686017 blocks Substance P from acting at the NK1 receptors. People between 21 and 65 years of age who have been drinking on a regular basis for at least one month before entering the study, who meet the criteria for alcohol dependence and who have an elevated score on a general test of anxiety may be eligible for this study. Participants are admitted to the NIH Clinical Center for 35 days. They participate in an alcohol treatment program in addition to the research study. After having been withdrawn from alcohol for at least 2 days, participants receive either 50 mg of LY686017 or placebo (an inactive substance that looks like the study drug) every morning for 28 days. In addition to drug treatment, they undergo the following procedures: * Functional magnetic resonance imaging (fMRI): In the last week of the study, subjects undergo MRI to study the amount of blood going to brain structures thought to be involved in anxiety and craving. During the procedure, they look at pictures of faces exhibiting various emotions and pictures related to alcohol. * Cue reactivity: At the beginning and towards the end of the study, subjects are asked to rate their alcohol craving and their anxiety level while they sniff and handle their favorite alcoholic beverage or water. * Metyrapone test: During weeks 1 and 4 of the study, subjects are given metyrapone - a drug that interferes with the body's ability to make the stress hormone cortisol - to determine how LY686017 affects the body's hormonal response. The drop in cortisol from metyrapone administration causes the brain to release ACTH, a hormone that causes the adrenal gland to make cortisol. * Trier test: In the last week of the study, subjects give a 5-minute speech to three people and are then asked to subtract numbers in their head. Then they are asked to rate their feelings and desire for alcohol on two rating scales. Blood is drawn from a saline lock at the beginning and end of the test to measure hormone levels. * Rating scales: Subjects complete an Obsessive Drinking Scale weekly and an Alcohol Urge Questionnaire and Comprehensive Psychiatric Rating Scale twice a week. * Blood tests: Blood samples are collected periodically to check blood chemistries, clotting time, and the amount of LY686017 in the blood.
Exposure to alcohol related cues, such as the sight of alcoholic drinks, may induce craving for alcohol in drinkers. In this study, the effects of exposure to (1) the pictures of alcoholic drinks and (2) the imagining of a scene related to drinking on activity in the frontal region of the brain in heavy social drinkers will be determined. This study is being conducted to develop the methods needed to allow for the detection of cue-induced changes in drinkers using the EEG. The objective of this pilot study is to establish procedures for detecting alcohol-related cue-elicited changes in EEG activity in heavy drinkers.
This two-stage study will examine the effects of a 5 day course of atomoxetine (placebo, 40, 60 or 80 mg/day; Strattera) (a selective NE transporter (NET) inhibitor) on alcohol-elicited craving and sensitivity to alcohol. The novelty of this study is that of atomoxetine and the fact that it targets NET, neither of which has heretofore been examined in the context of alcohol dependence. It is hopeful that this pilot study, of 86 total individuals, will provide the PI with sufficient preliminary data to submit a subsequent R01 application to study atomoxetine and the involvement of specific single nucleotide polymorphisms within the NET gene on alcohol-related phenotypes in alcohol dependent and non-dependent populations. The long-term objective of this research is to develop more efficacious treatment interventions for alcohol abuse and dependence. Hypothesis 1: It is hypothesized that subjects who receive 40, 60 or 80 mg/day of atomoxetine for 5 days will demonstrate significantly less alcohol-elicited craving than subjects who receive a placebo. Hypothesis 2: It is hypothesized that subjects who receive 40, 60 or 80 mg/day of atomoxetine for 5 days will be less sensitive to the acute effects of alcohol (subjective intoxication) than subjects who receive a placebo.
The purpose of this study is to evaluate the efficacy of sunobinop compared to placebo on alcohol craving in subjects with moderate to severe alcohol use disorder and these subjects are seeking treatment.
Background: Alcohol use disorder (AUD) is a leading cause of disease and death worldwide. New treatments for AUD are needed. Dopamine, a chemical that carries signals between brain cells, is thought to play a role in alcohol addiction. Researchers want to learn how Suvorexant, a drug used to treat sleep disorders, affects dopamine receptors in the brain. Objective: To see how Suvorexant affects dopamine receptors in people with AUD and in healthy people. Eligibility: People aged 18 to 75 years seeking treatment for AUD. Healthy volunteers are also needed. Design: Participants with AUD will stay in the clinic for at least 3 to 4 weeks for alcohol detoxification. They will receive normal treatment for AUD. Suvorexant is a medicine used to treat sleep problem that is taken taken by mouth, once a day. Some participants will take the study drug. Others will take a placebo. The placebo looks like the study drug but does not contain any medicine. Participants will not know which they are taking. Participants will wear a device that looks like a wristwatch to track their movements during their clinic stay. Participants will have blood tests and 3 brain imaging scans before starting on the study drug: 2 positron emission tomography (PET) and 1 magnetic resonance imaging (MRI) scan. They will be injected with a radioactive tracer during each PET scan. Participants will have tests to assess their thinking, memory, and attention. They will have sleep studies. Imaging scans and other tests will be repeated at the end of the study. Healthy volunteers will have 1 MRI and 2 PET scans. They will have tests to assess of their thinking, memory, and attention. They will wear a wristwatch like movement monitor for 1 week. ...
In the absence of sufficient monetary resources, individuals must attend to immediate, minimum needs (e.g., food, shelter). This constricts one's temporal window and engenders neglect of the future. In observational studies, scarcity is associated with higher rates of delay discounting. Additionally, socioeconomic status is inversely associated with alcohol use disorder and related problems. Experimentally, scarcity shortens attention, impedes cognitive function, and increases delay discounting in multiple populations. Moreover, scarcity increases demand for fast foods in the obese and increases craving for alcohol in problem drinkers. These data suggest that economic scarcity worsens both components of reinforcer pathology (delay discounting and alcohol overvaluation), thus increasing vulnerability to alcohol use disorder. However, studies investigating the effects of scarcity on alcohol demand discounting rate have been limited. The purpose of Aim 1b is to examine effects of decreasing the temporal window and its concomitant effects on alcohol valuation (demand, and craving) and delay discounting.
Episodic future thinking (EFT) is based on the new science of prospection, which was first identified in a Science publication in 2007 and refers to pre-experiencing the future by simulation. Considerable evidence suggests that prospection is important for understanding human cognition, affect, motivation, and action. Individuals with damaged frontal areas, as well as individuals with alcohol use disorder (AUD), show deficits in planning prospectively. One systematic method to engender prospection is via EFT. EFT, as applied in our prior studies and in this proposal consists of having participants develop positive plausible future events that correspond to several future time frames (e.g., 2 weeks, 1 month, 3 months etc). For each of these timeframes participants are asked to concretize the events (e.g., What are you doing? Who will be there? What will you see, hear, smell, and feel?). We and others have used EFT to decrease delay discounting (DD) in individuals with AUD and smokers, as well as normal weight, overweight, and obese populations when compared to the control condition, control episodic thinking (CET). Consistent with reinforcer pathology, EFT also reduces alcohol valuation in the purchase task among individuals with AUD. However, no study to date has examined whether EFT reduces alcohol self-administration in the laboratory. Moreover, the neural correlates of EFT in AUD are also unknown. In these studies, we propose to test an intervention, EFT, which we hypothesize will decrease reinforcer pathology measures in a bar-like setting in the laboratory; that is, EFT will decrease delay discounting, as well as alcohol self-administration, demand, and craving compared to a control episodic thinking (CET) condition. Moreover, we hypothesize EFT will enhance activation in brain regions associated with prospection (e.g., hippocampus and amygdala) and the executive decision system (e.g., DLPFC). We will also examine the effect of EFT on real-world drinking.
The overall goal of the proposed project is to improve the treatment of individuals with AUD. The investigators will conduct the first pilot human laboratory study to assess the effects of two doses of lacosamide on alcohol drinking and craving. The investigators will assess its effects on reducing alcohol intake using a human laboratory method, the Yale Alcohol Drinking Paradigm (ADP). The investigators will also assess the feasibility of the Alcohol Drinking Paradigm (ADP) in order to position our research team to have the capacity to conduct future, larger, hypothesis-testing human laboratory-based experiments designed to test the efficacy of potential alcohol treatments.
Background: People with alcohol use disorder (AUD) have trouble controlling their drinking. Medications can help some people with AUD but are not effective for many others. Researchers want to test new drugs to better treat the disease. Objective: To see if the investigational drug GLWL-01 is safe to use in people with alcohol problems. Also, to find out if the drug reduces the urge to drink alcohol. Eligibility: People ages 18-70 with Alcohol Use Disorder (AUD) Design: Participants will be screened under protocol 06-DA-N415. Participants will be admitted to the inpatient facility, Clinical Research Unit (CRU) on the Johns Hopkins Bayview Medical Center for up to 21 days. They may leave the CRU on specified days pending approval. All their meals will be provided. They cannot drink alcohol. Participants will take either the study drug or a placebo by mouth twice daily. They will not know which they are receiving. Participants will complete many questionnaires. Participants may have urine tests. Participants will complete tasks on a computer. Participants will have blood samples obtained on some study days. Participants will taste and indicate their preference for sweet liquids. Participants' blood pressure, pulse, respiratory rate, body temperature and weight, heart rate and rhythm will be measured. Participants will have breath testing to obtain information about smoking. Participants will be exposed to alcohol cues, water, and food cues in a bar-like room. Cues are things that might make them feel the urge to eat or drink alcohol. Participants will take part in a virtual buffet experiment - They will wear a virtual reality headset, walk around a virtual room, and select virtual food and drink.
The purpose of the proposed research is to evaluate whether changes in drinking identity (DI; how much one associates one's self with drinking) can reduce hazardous drinking (HD; heavy alcohol use and negative alcohol-related consequences) among current college students. The study seeks to explore whether manipulating DI among participants will have changes in self-efficacy, craving, and HD. If such an effect can be found, DI may be a mechanism for HD behavior change and will allow researchers to develop and improve interventions aimed at HD behaviors in high-risk young adults.
A double-blind, randomized, placebo-controlled, crossover design trial was used to test the effect of exenatide on alcohol self-administration and craving following a priming dose of alcohol. The specific objective of this research was to determine whether exenatide has effects on alcohol consumption.
This is a double-blind, randomized, placebo-controlled, crossover design trial tested the effect of lacosamide on alcohol self-administration and craving following a priming dose of alcohol. The specific objective of this study was to determine whether lacosamide, a novel anticonvulsant that is FDA-approved for treating partial seizures, has effects on alcohol craving and consumption.