View clinical trials related to Alcoholism.
Filter by:The purpose of this research study is to determine if semaglutide, when compared to placebo, is safe and may reduce alcohol drinking in individuals who endorse symptoms consistent with alcohol use disorder.
Study to enroll up to 90 individuals, those with an alcohol use disorder (AUD) (up to n=60) and non-dependent healthy volunteers (HV) (up to n=30). PET/CT imaging will be used to evaluate brain and whole-body inflammation using the investigational radiotracer [18F]NOS. All participants will have one [18F]NOS positron emission tomography/ computed tomography (PET/CT) scan performed.
This is a multi-center, single arm, prospective, open-label, extendable study for the efficacy and safety of dual-target deep brain stimulation for treatment-resistant alcohol use disorder.
Alcohol use disorder (AUD) is a burdensome clinical disorder with high relapse rates. Virtual Reality (VR)-based therapeutic and diagnostic approaches have received increasing attention in the treatment of AUD but evidence on the induction of craving via VR scenarios is still needed. Craving for alcohol is associated with psychological and physiological responses. This single-arm clinical study will be conducted including n=60 patients with AUD. Using a head-mounted display (HMD), patients will be confronted with three different VR scenarios (neutral vs. two target situations) while heart rate, heart rate variability (HRV), pupillometry and electrodermal activity (EDA) will be measured continuously. Subjective craving levels will be assessed pre-/during/post-exposure to each VR scenario.
This 2-arm study will recruit participants with 1) alcohol use disorder and 2) cannabis use disorder for a 12-week cognitive behavioral therapy, following a thorough baseline assessments on executive function, incentive salience, and negative emotionality.
The goal of this clinical trial is to evaluate the efficacy of screening for liver disease with liver stiffness measurement on abstinence or light consumption after 6 months in individuals who are receiving treatment for alcohol use disorder and without a history of liver disease. The investigators will conduct a randomized controlled trial with concealed allocation comparing A) an invitation to a liver stiffness measurement, blood sampling and leaflet on alcohol-related disease (intervention) with B) an invitation to blood sampling (control). The primary outcome is 'abstinence or light consumption' (≤ 10 units/week) throughout the last months, and assessed 6 months after randomization.
The goal of thisclinical trial is to investigate the efficacy of trans cranial direct current stimulation (tDCS) for alcohol craving in individuals with alcohol dependence. The main question it aims to answer is whether 10 sessions of tDCS can reduce craving for alcohol. Participants will be randomized into active group and sham group. Researchers will compare the severity of craving in these groups.
Research about patients with alcohol use disorder has shown that task-related brain activation patterns as well as resting-state connectivity (measured with functional magnetic resonance imaging) change with clinical parameters such as the extent of craving and duration of abstinence during treatment. These brain activation alterations are related to treatment success. Although an imbalance between increased cue-reactivity and impaired counteracting inhibitory control processes are at the core of most neuropsychological conceptualizations of alcohol use disorder, the direct interaction between these two processes has not yet been investigated. Therefore, the investigators aim to study patients with alcohol use disorder in an ultra-high-field 7 Tesla magnetic resonance imaging scanner to identify fine-grained activation and connectivity patterns. The investigators would like to improve the knowledge of the interplay between the brain networks for inhibition and cue-reactivity, as well as to explore its influence on craving and treatment success. The investigators hypothesize that a more pronounced negative relationship between increased cue-reactivity and reduced inhibitory control processes in the brain is linked to higher craving and worse relapse probability.
Alcohol use disorders (AUDs) affect up to 60% of individuals with bipolar disorder during their lifetime and is associated with worse illness outcomes, yet few studies have been performed to clarify the causes of this comorbidity. Understanding biological risk factors that associate with and predict the development of AUDs in bipolar disorder could inform interventions and prevention efforts to reduce the rate of this comorbidity and improve outcomes of both disorders. Identifying predictors of risk requires longitudinal studies in bipolar disorder aimed at capturing the mechanisms leading to the emergence of AUDs. Previous work in AUDs suggest that subjective responses to alcohol and stress-related mechanisms may contribute to the development of AUDs. In bipolar disorder, altered developmental trajectory of critical ventral prefrontal networks that modulate mood and reward processing may alter responses to alcohol and stressors; consequently, the disruption in typical neurodevelopment may be an underlying factor for the high rates of comorbidity. No longitudinal data exist investigating if this developmental hypothesis is correct. To address this gap, the investigators will use a multimodal neuroimaging approach, modeling structural and functional neural trajectories of corticolimbic networks over young adulthood, incorporating alcohol administration procedures, clinical phenotyping, and investigating effects of acute stress exposure and early life stress. Research aims are to identify biological risk factors-i.e., changes in subjective response to alcohol and associated neural trajectories-that are associated with the development of alcohol misuse and symptoms of AUDs over a two-year longitudinal period in young adults with bipolar disorder and typical developing young adults. Longitudinal data will be collected on 160 young adults (50% with bipolar disorder, 50% female; aged 21-26). This study is a natural extension of the PI's K01 award. How acute exposure to stress and childhood maltreatment affects subjective response to alcohol and risk for prospective alcohol misuse and symptoms of AUDs will be investigated. The investigators will test our hypothesis that developmental differences in bipolar disorder versus typical developing individuals disrupt corticolimbic networks during young adulthood, increase sensitivity to stress, and lead to changes in subjective response to alcohol and placebo response increasing risk for developing AUDs.
This study will examine the effects of an incentive-based intervention (for reducing alcohol use) that would be sustainable, easily accessible intervention using remote alcohol monitoring and deposit contracts, targeting individuals who would not be reached by more traditional forms of treatment due to barriers such as time constraints, attitudes, and stigma.