View clinical trials related to Opioid-Related Disorders.
Filter by:The principal aim of this study is to determine whether a novel biopsychosocial intervention following opioid overdose (OD) affects 1) the frequency of secondary opioid OD events and 2) the proportion of individuals who remain engaged in treatment for opioid use disorder (OUD) or are in remission at 30 days and at 180 days post intervention. Remission is defined as engagement in daily medication-assisted therapy (MAT)-typically buprenorphine/naloxone (BUP) or methadone- and/or a recovery capital score of ≥ 27.5. The intervention principally involves connecting OUD-affected individuals with community resources, including BUP-, other MAT-, and education-related services. To carry out the intervention, an addiction recovery coach and an appropriately trained health educator paramedic (research assistant) will form a Team and perform follow-up visits (electronically/remotely and/or by phone and/or in person, when appropriate) after a participant has experienced at least 1 opioid OD requiring naloxone resuscitation. Our hypothesis is that the intervention will decrease subsequent OD events and increase the likelihood of remission. To evaluate this hypothesis, data will be collected from self-report and from EPIC, Yale New Haven Hospital's medical record system. The secondary aim is to determine whether the intervention affects 1) the frequency of positive-urine tests for opioids and 2) the frequency and proportion of subjects self-reporting opioid use. Our hypothesis is that this intervention will decrease both. Data from the entire cohort will be compared in aggregate with patients who were started on BUP in the ED over the same time period and with historic controls.
This study evaluates the effects of peripheral nerve stimulation on opioid withdrawal, craving, and use in participants with opioid use disorder (OUD) who are initiating treatment with buprenorphine/naloxone. This is a pilot investigation in which participants will randomized (1:1) to the active or sham treatment.
The investigators are testing two models of support for pregnant women with an opioid use disorder (OUD)
The Subthreshold Opioid Use Disorder Prevention (STOP) trial will test the efficacy of a primary care intervention to reduce opioid use and overdose risk, and prevent progression to OUD, in adults with unhealthy use of illicit or prescribed opioids. STOP is a collaborative care model. A cluster-randomized trial, conducted in 5 primary care sites, with 100 PCPs and 300adult primary care patients, will test the efficacy of STOP versus enhanced usual care (EUC). The STOP intervention, if proven efficacious, will provide a solution to preventing OUD among patients who are most at risk, thus addressing a key aspect of the current opioid crisis.
In response to the opioid crisis in New York State (NYS), where the propose project will take place, the Unified Court System (UCS) developed a new treatment court model - the opioid court model (OCM) - designed around 10 practice guidelines to address the flaws of existing drug courts and reduce overdose (OD), opioid use disorder (OUD), and recidivism via rapid screening and linkage to medication for opioid use disorder (MOUD). In 2018, NYS began to expand the OCM across NYS. Yet, given the innovation of the OCM, the exact barriers to implementation in disparate counties with a range of resources - and the strategies to overcome them - are largely unknown. The research team proposes to integrate evidence-based implementation strategies to refine and evaluate the Opioid Court Model Rigorous Implementation Science for Effectiveness (OCM RISE) intervention, an implementation intervention that will allow the OCM, as framed by the 10 practice guidelines, to be scaled up across NYS.
The goal of this study is to compare pharmacy-based medication assisted treatment (MAT) with usual care MAT for people with opioid use disorder.
This randomized controlled trial research study will be evaluating an app, reSET-O, owned by Pear Therapeutics, Inc., to evaluate treatment retention rates in individuals with opioid use disorder after initiating medication assisted treatment.
This study will test the impact of implementing the Communities That Helping to End Addiction Long-term (HEAL) intervention on opioid overdose deaths within 67 highly affected communities with the goal of reducing opioid overdose deaths by 40%.
Prevalence of smoking among individuals with opioid use disorder (OUD) is six-fold that of the general US adult population. The mortality rate of opioid-dependent smokers is four times that of opioid-dependent nonsmokers, and their response to smoking cessation interventions is notoriously poor. A national policy of reducing the nicotine content of cigarettes has the potential to be an effective method of reducing tobacco use prevalence, dependence, and related adverse health outcomes. Controlled trials in the general smoker population have demonstrated that switching smokers to low nicotine content cigarettes results in reductions in cigarettes per day (CPD), dependence and tobacco toxicant exposure, with few adverse consequences. The investigators believe that the impact of reduced nicotine standards on use of combusted cigarettes in this population will be moderated considerably by other tobacco market conditions including (1) availability of alternative sources of non-combusted nicotine, and (2) whether these alternatives are available under conditions that optimize their appeal. The investigators hypothesize the same for other vulnerable populations as well, but achieving significant reductions in use of combusted cigarettes in smokers with OUD seems especially unlikely in the absence of readily available and appealing alternative sources of non-combusted nicotine. The goal of the proposed trial is to experimentally model whether increased availability and appeal of an alternative, non-combusted source of nicotine (e-cigarettes) will enhance the effectiveness of a reduced nicotine standard for cigarettes in smokers with OUD. Additionally, the investigators will test whether allowing participants to personalize the favor of the e-liquid alters any moderating effects their availability may have on tobacco cigarette smoking. Daily smokers who are receiving methadone or buprenorphine treatment will be recruited at University of Vermont and Johns Hopkins University. The investigators will study two research cigarettes referred to here as RC1 and RC2. One of these cigarettes will be a normal nicotine content cigarette and the other will be a reduced nicotine content cigarette. Investigators will study two e-cigarette conditions referred to here as EC1 and EC2. Both e-cigarette conditions will involve the same commercially available devices and same nicotine-containing e-liquid, but in one condition that e-liquid will be available only in tobacco flavor while in the other condition that e-liquid will be available in multiple flavors from which participants can choose based on personal taste preference. Participants will be assigned to one of the following four study conditions: (1) RC1 only; (2) RC2 only; (3) RC2 + EC1; (4) RC2 + EC2. Participants will be asked to use only their assigned study products for 16 weeks. Outcome measures include total CPD, cigarette demand assessed by behavioral economics-based purchase tasks, craving, withdrawal, psychiatric symptoms, breath carbon monoxide (CO), biomarkers of tobacco toxicant exposure, brain function and structure, and airway inflammation (fractional nitric oxide concentration in exhaled breath [FeNO]).
This trial will test the effectiveness of delivering medication for opioid use disorder (MOUD) pre-treatment via telehealth, alone and with peer navigation, to increase MOUD initiation and maintenance in the community following jail release. This trial will focus on incarcerated women in 6 experimental and 3 control sites in Kentucky. Enrollment is not open to the general public.