View clinical trials related to Alcoholic Intoxication.
Filter by:This study is a prospective, controlled study in healthy volunteers all of whom are residents, medical students, faculty physicians, or emergency department nursing and ancillary staff.
Background: Drinking alcohol can lead to swelling and injury in the liver. Long-term heavy drinking may lead to liver disease. Researchers want to study the relationship between a drug called alirocumab, alcohol use, and liver functioning/swelling. Objective: To study the effects of alirocumab in people who drink alcohol. Eligibility: Healthy adults ages 21 to 65 who regularly consume an average of 20 or more drinks per week. Design: Participants will be screened under protocol 14-AA-0181. Participants will get alirocumab or a placebo as an injection under the skin. Participants will give blood and urine samples. They will have physical exams. Participants will have FibroScans . It measures liver and spleen stiffness. Participants will lie on a table. They will expose the lower right and left side of their chest. The machine will send a small vibration to the liver. Participants may have magnetic resonance imaging (MRI) scans of the liver. The MRI scanner is shaped like a cylinder. Participants will lie on a table that slides in and out of the scanner. A device called a coil will be placed over their liver. Participants will have a Doppler scan and ultrasound. These tests measure blood flow in the body. Participants will have an electrocardiogram. It measures heart function. Participants will fill out surveys about how they are feeling, their alcohol consumption, and other behaviors. They will complete cognitive tasks on a computer. Participants will meet with a clinician. They will discuss the participant s assessment results, patterns of drinking, and possibly stopping or cutting down on drinking. Participation will last for 8 weeks. Participants will have 9 study visits.
This is a double-blind, randomized, placebo-controlled, crossover design trial that will test the effect of pitolisant on alcohol self-administration and craving following a priming dose of alcohol. The specific objective of this proposal is to determine whether pitolisant has effects on alcohol consumption and craving
This will be a retrospective study with data collected from the trauma registry. We plan to complete the data collection and analysis by 12/31/2020. Data on ride sharing will be obtained from the Uber and Lyft websites. Data pertaining to number of alcohol- and drug-related motor vehicle (and auto-ped) collisions will be obtained from the Texas Department of Transportation website, the National Highway Traffic Safety Administration, the Shared-Use Mobility Center (SUMC) and the Transformation of Public Transit, the Texas A&M Transportation Institute, Texas Department of Public Safety, and the U.S. Department of Transportation website (or equivalent). Sexual assault data will be obtained as available the Sexual Assault Nurse Examiner (SANE) database as well as from Turning Point Rape Crisis Center and surrounding hospitals in the Dallas area as well as the Uber report for sexual assaults.
The Primary objective is to explore ambulance service attendance at incidents involving alcohol and/or substance use over the period of the pandemic lockdown, and the following months. This will be to determine prevalence and explore factors such as patient gender, age, ethnicity or location. Analysis will examine the calls over the course of the year prior to the lockdown, and then compare this to the period of lockdown and following months.
Background: People who binge drink are more likely to have risky sexual encounters, and alcohol changes brain activity associated with reward decisions related to those behaviors. Researchers want to better understand how alcohol s effects on risky sexual behavior that might lead people to contract sexually transmitted diseases (STDs) like HIV, the virus that causes AIDS. Objective: To study how alcohol impacts decisions about engaging in risky sex. Eligibility: Healthy adults ages 21-65 without alcohol use disorder Design: Participants will have 2 study visits, 1 month apart. They will arrive and depart via taxi. They will consume alcohol at 1 visit, chosen at random. At visit 1, participants will answer questions about HIV knowledge, HIV risk behaviors, and sexual interests. They will view pictures of clothed people and pick those they might have sex with. They will think about the person s risk of having an STD and whether they would use a condom during sex. At both visits, participants will sit in a bar-like room and have 2 drinks that may contain alcohol. Then they will have magnetic resonance imaging (MRI) brain scans. For this, they will lie on a table that slides in and out of a metal tube. The scanner makes loud noises; they will get earplugs. They will complete tasks that include looking at pictures and making choices about money. At the beginning of both visits the participants will be screened with urine drug test and pregnancy test. Duiring each visit the participants breath alcohol will be measured, and they will discuss whether they feel intoxicated. Participants will get snacks and stay at the clinic for up to 6 hours after the MRIs. ...
Subjects will participate in a 4-visit study protocol in which they will be asked to complete a set of computerized tasks and a 45-minute simulated drive in a driving simulator. Subjects will be administered marijuana of varying pre-determined concentrations of delta-9-tetrahydrocannabinol (THC) and cannabidiol (CBD) during 3 of the visits and alcohol during one of the visits. Throughout the duration of each visit, brain activity will be measured noninvasively using an electroencephalogram (EEG) headset. The purpose of this study is to: 1. Further understand the effects of acute cannabis intoxication on driving performance in a driving simulator 2. Develop and refine brain-based biomarkers of impairment due to acute cannabis intoxication
This prospective, randomized control trial will use passive, isocapnic hyperventilation, applied via the ClearMateTM device (Thornhill Medical, Inc) versus controls receiving standard of care supportive management for severe alcohol intoxication to assess for enhanced ethanol elimination kinetics.
Given the public health and social relevance of sexual aggression and the gap in the extant literature regarding state anger, emotion regulation, alcohol, and sexual aggression, the present study will contribute to our understanding of emotion regulation's role in sexual aggression perpetration. The proposed 2-year research plan will examine the effects of alcohol intoxication, state anger, and emotion regulation on men's sexual aggression intentions. This study will recruit non-monogamous, men (individuals who identify their gender as male and whose biological sex is male) who have sex with women, ages 21-35. While more research on female perpetrators is needed, the proposed study will exclusively recruit males for the following reasons: 1) the scientific literature indicating the majority of sexually aggressive acts are perpetrated by men; and 2) the current sexual aggression analog has not been piloted with female participants and would require preliminary experiments to determine its appropriateness. The study will utilize a 2x2 design in which participants are randomized to beverage condition [alcohol (target BAC= .08gm%) or control (no alcohol control)] and an emotion induction (anger induction or control). The outcomes will be assessed using a sexual aggression analog which participants will complete on the descending limb of alcohol intoxication and indicate the likelihood that they would engage in various sexually aggressive acts. The study also includes self-report measurements of state anger and emotion regulation to explore emotion regulation as a moderator in the associations among alcohol intoxication, state anger, and sexual aggression intentions.
Inflammatory responses in response to alcohol have been identified as contributing to the development of alcoholic hepatitis. The inflammatory response including that to LippoPolySaccharide is known to lead to progression of alcoholic liver disease. In addition to the inflammatory response mitochondrial perturbations exist and redox homeostasis is altered in patients with alcoholic hepatitis. Though this is known there have been very few studies targeting mitochondrial function in Peripheral Blood Mononuclear Cells (PBMCs). We plan to collect 50 milliliters of blood from healthy control patients so that we can compare the data to that of patients with alcoholic hepatitis and those who are heavy drinkers without liver disease. In addition to studying mitochondrial function we will investigate cytokine response, as well as fatty acid metabolism, glucose, and insulin measurements