Active clinical trials for "Marijuana Abuse"

Cannabis use is increasing and will only further escalate with legalization of recreational and medical cannabis use in western countries , with a prevalence greater than 30 % in the US and most European countries for individuals between 16 and 24 years of age. Approximately 9 % of those who use cannabis will become addicted. The number goes up to about 1 in 6 among those who start using cannabis as teenagers and to 25 to 50 % among those who smoke cannabis daily. The consequences of cannabis abuse in the most prone population (14-25 years of age) are extremely serious, and may include addiction, altered brain development, poorer educational outcomes, cognitive impairment, lower income, greater welfare dependence, unemployment and lower relationship and life satisfaction. There are no available pharmacological treatments of cannabis use disorder (CUD). Thus, the development of safe and effective medications for the treatment of CUD is an urgent public health priority. The preclinical efficacy and available ADMET (Administration, Distribution, Metabolism, Elimination and Toxicology) in animal and human data suggest that AEF0117, an investigational new study drug, could constitute a very efficacious and safe treatment for cannabis abuse disorders. The purpose of this research is to study how AEF0117 influences the subjective effects of cannabis in subjects with CUD. AEF0117 acts in the same parts of the brain as THC (tetrahydrocannabinol), the active ingredient of marijuana, and may temporarily alter some of cannabis's effects. This will be a Phase 1, open-label, nonrandomized, single-dose study in healthy male subjects. Potential subjects will be screened to assess their eligibility to enter the study within 28 days prior to the dose administration. Subjects will be admitted into the study site on Day 1. On the morning of Day 1, all subjects will receive a single oral dose of 2 mg containing approximately 100 μCi of [4-14C]AEF0117 approximately 1 hour after completion of a low fat breakfast.

The number of youngsters abusing cannabis is surging, the public health consequences caused by cannabis can be unpredictable. Educating the public especially the young population about cannabis need to be highlighted. To successfully promote anti-cannabis messages to youngsters and prevent them from taking cannabis, the involvement of their parents and modern technology such as robots can be helpful. This project aims to educate the young population and their parents about cannabis, particularly its legal consequences and clarifying their misconceptions.

The purpose of this study is to examine the role of progesterone (a naturally occurring hormone found in both men and women) on reducing marijuana use. The investigators will see if progesterone effects impulsivity, withdrawal, mood and stress during marijuana cessation.

This study will involve treating low back pain associated with nerve injury with oral delta-9-tetrahydrocannabinol (Δ9-THC) or whole plant cannabis for eight weeks. Research subjects will consume either oral Δ9-THC (dronabinol), vaporized 3.7% Δ9-THC/5.6% CBD, or placebo. An analysis will then be determined to assess the risk--benefit ratio of dronabinol and vaporized 3.7% Δ9-THC/5.6% CBD .

Investigators aim to determine Epidiolex's promise as a pharmacotherapy for cannabis use disorder. Investigators hypothesize that Epidiolex, when added to medical management, will result in greater reductions in marijuana use compared to placebo as measured by the 2 primary outcome measures: 1) quantitative THC levels and 2) self-report by Timeline Follow Back. Secondary outcome measures will include treatment retention, patient satisfaction, cannabis withdrawal, cannabis craving, depressive symptoms, anxiety symptoms, , compliance, and cigarette use.

The proposed protocol is a double-blind, placebo-controlled outpatient study of the safety and benefit of Extended-release mixed amphetamine salt (Adderall-XR, MAS-XR) in the treatment of individuals with Cannabis Use Disorder (CUD) and Attention-deficit/Hyperactivity Disorder (ADHD). The investigators plan to enroll 50 and randomize 40 of these patients in the trial. The primary objective of the study is to determine the efficacy of MAS-XR in promoting cannabis abstinence among individuals with CUD and in promoting a decrease of ADHD symptoms.

As medical cannabis use becomes more common in the United States, it is essential to understand the ways in which adults who use medical cannabis perceive the benefits of cannabis use and to identify effective strategies to help them cope with these problems. Emerging data indicate that insomnia and/or use of cannabis for sleep are very common in medical cannabis patients. The present study will adapt and gather pilot data on the impact of a Cognitive Behavioral Therapy for insomnia (CBTi-CB) intervention on sleep- and cannabis-related outcomes in adults who use medical cannabis.

No actual human data for pharmacokinetics, metabolism, safety, pharmacodynamics, nor efficacy parameters are available for inhaled medical cannabis. This study was designed to investigate the innocuity and tolerability levels as well as the pharmacokinetic profile of this combination when smoked/inhaled as intended in clinical therapeutic use (i.e. patients with neuropathic pain). Consecutive dosing (over a period of 7 days) should allow to test the tolerability of chronic administration. In addition, the impact of the THC/cannabidiol pharmacological activity on the cognition activity, cognitive test will be performed before and throughout the treatment and compared to the plasma levels of THC/cannabidiol following single and multiple dosing.

Pilot, eight week, open-label, within-subject cross over trial of four weeks of standard clinical care (SCC) in an outpatient substance abuse treatment program and four weeks of SCC and varenicline among current and former tobacco smokers with frequent cannabis use.

Study of the effects of smoked cannabis consumption on performance on a driving simulator and reaction time. The study aims to explore the relationship between concentrations of cannabis in the blood, driving performance and reaction time.