View clinical trials related to Substance-Related Disorders.
Filter by:The study will test a computerized treatment with subjects ages 13-17 years who are seeking treatment for alcohol and/or cannabis use. Follow-up assessments will be conducted at one- and three-months following treatment.
Objectives: To determine the feasibility and acceptability of the culturally adapted CMAP Plus CBT based Motivational Interviewing (MICBT) called CMAP Plus for self-harm in individuals with substance use disorder (SUD) in a feasibility randomised controlled trial. To explore participants' experiences with CMAP Plus intervention. Study design and setting: The study will be a mixed-method feasibility randomised controlled trial of CMAP Plus as an intervention for Self-Harm in individuals with SUD in Pakistan. The study will be conducted in six major cities in Pakistan: Rawalpindi, Karachi, Peshawar, Hyderabad, Multan and Lahore. Sample size: A total of N=80 participants will be recruited from hospital settings and addiction rehabilitation centers in participating study sites.
The goal of this study is to validate the TAPS-ESP as a screen and assessment that can be used in primary care for the screening and treatment of substance use.
Every year, alcohol causes 3 million deaths worldwide. Even though a lot of treatments already exist, many of them are characterized by a high percentage of drop-out or relapse. Transcranial direct current stimulation (tDCS), a NIBS, is receiving increased attention as a possible new addiction treatment. However, little consensus exists in the concrete parameters (e.g. montage, current, intensity). Moreover, a lot of tDCS research focuses on subjective outcomes, like the report of craving, which are more prone to different biases and fluctuations. In this study, we aim to investigate the effect of HD-tDCS, a more focal stimulation variant, on AUDs. Using this intervention, stimulation can be restricted to one hemisphere, controlling for possible inhibition effects of the cathode. A between-subject design will be carried out, including patients with an AUD. Participants will receive 5 sessions of either real or sham right anodal HD-tDCS over the dorsolateral prefrontal cortex (dlPFC). Craving will be accounted for at baseline and after every stimulation session. Moreover, we will measure the activity of the brain in rest and during two inhibition tasks (Go/NoGo and cue reactivity task). This objective measure will be carried out both before (baseline) and at two time points after the stimulation, to measure effects on both the short and longer term. One month after the intervention, abstinence will be checked through a follow-up phone call. Through this study, we aim to describe positive effects of right dlPFC stimulation on craving, abstinence, and EEG measures.
Investigators propose to conduct a pilot single-blind, parallel arm, randomized placebo-controlled trial evaluating the feasibility, acceptability, and preliminary efficacy of bright light therapy on reward system functioning among patients undergoing medication-assisted treatment for opioid use disorder.
Background: Mitragyna speciosa, also called kratom, is a plant used in Southeast Asia for its psychoactive effects. Its use has increased in the US, and an estimated 10 million adults may take it at least semiregularly. Most scientific research on human use of kratom has consisted of surveys in which people looked back on their experiences with it. Results from those surveys have been useful, but, like many behaviors, kratom use can be more fully understood if it is also studied as it happens. The technical term for this procedure is ecological momentary assessment (EMA). In EMA, people report their moods and activities in real time, a few times per day, usually with a smartphone app. Objective: This natural history study will collect data about how people use kratom and how it affects them. Eligibility: People aged 18 and older who use kratom 3 or more times per week Design: Most participants will be remote only. They will fill out an online consent form. They will also answer an initial set of questions about their kratom use. They will download an app on their smartphones for EMA (described above). They will use this app to answer short sets of questions for 15 days in a row about their ongoing behaviors and moods, including kratom use. They will use a prepaid envelope to mail in a sample of their kratom product. Some participants, after doing the EMA part of the study, can also come to a clinic. They will have 1 visit for informed consent (1-3 hours) and 1 visit for a monitoring session (8 hours) where we can directly assess the effects of their usual dose of kratom. They will bring their kratom produce with them to take on site. Before they take the kratom, they will have a physical exam. They will have blood and urine tests. They will answer questions about their sleep, driving, and general feelings. They will complete tasks on a computer to measure their reflexes and response times. Their driving performance will be assessed in a simulator. Researchers will watch participants consume their kratom. A sample of their product will be taken for analysis. After taking their kratom, those participants will repeat some questionnaires and tests, including the driving simulation. They will also be interviewed about their use of kratom....
The purpose of this study is to adapt a racial-specific parent-child substance use education intervention for Black families in Paterson and East Orange, New Jersey which can promote family bonding, communication, and supervision, as well as acknowledging racial and ethnic specific norms, values, and pride. The adaptation of this intervention will be designed based on the needs of Black parents and their children and direct input from them as stakeholders.
Heart rate variability biofeedback (HRVB) is an biobehavioral intervention involving rhythmic breathing at resonance frequency that stimulates cardiovascular regulatory systems to help individuals better regulate affect and bolster cognitive control. This intervention has already shown its potential as a substance use disorder (SUD) treatment tool, but practical limitations of its accessibility, labor intensiveness, and cost have previously prevented this intervention from going to scale. Second-generation, ambulatory HRVB technology, however, has overcome these limitations and now allows patients to practice HRVB in-the-moment when its needed most. This study is testing the efficacy of second-generation, ambulatory HRVB for the first time with individuals with SUD.
The purpose of this study is to test whether low-dose buprenorphine initiation for treatment of opioid use disorder is safe and effective.
Care for Substance use disorders (SUD) such as Medication treatment of Opioid Use Disorder (MOUD) saves lives and is increasingly delivered virtually. Currently, 60% of VA outpatient addiction treatment occurs over video. However, toxicology testing, a major component of SUD care, currently requires in-person visits. A process for virtual point-of-care toxicology testing is needed. This research will develop a Virtual Point-of-Care Toxicology Testing Process for VA. This Pilot Trial will evaluate the feasibility, acceptability, and proximal effects of the process by evaluating provider and patient testing uptake, qualitative feedback, and health service use.