View clinical trials related to Opioid Use.
Filter by:The objective of this study is to rigorously examine the impact of online MORE, delivered through video conference, on opioid use and chronic pain among individuals receiving methadone maintenance treatment (MMT). This study is a randomized controlled trial to test the efficacy of online MORE on opioid use and chronic pain immediately after treatment and 8-weeks post-treatment as compared to treatment as usual (TAU) among 154 individuals in MMT. Further, mediators (i.e., metacognitive awareness, negative emotion regulation, and natural reward processing) and moderators (i.e., gender, race, income, mental health, trauma, and MMT phase) of treatment response will be explored.
Overprescribing opioids is considered a major contributor to the opioid crisis. Hill et al. demonstrated that within a general surgery practice, over 70% of the prescribed opioid pills were never taken. Disturbingly, 45% of patients who did not take opioids at all on their day of discharge were discharged with an opioid prescription (Chen et al). Recent initiatives have attempted to utilize restrictive opioid prescribing protocols for postoperative pain management in which patients were prescribed a limited number of opioid tablets (Hallway et al) or prescribed opioids only if they were used as an inpatient (Mark et al). These well-conducted studies show that restrictive opioid prescribing policies achieve the goal of reducing excess opioid exposure without causing undue harm, inconvenience or dissatisfaction among patients. The objective of this study is to determine if a restrictive opioid prescription protocol (in which patients are not prescribed postoperative opioids unless they request them) is acceptable to patients after ambulatory and major urogynecologic surgery, compared to standard opioid prescribing practices. The study investigators believe that physicians can capitalize on the new ability to electronically prescribe opioids for patients who require them, to prevent over-prescribing without impacting patient care. The study also intends to describe postoperative opioid use patterns in the urogynecologic population, including factors predictive of opioid use and non-use. The results of this research will have a significant and timely impact by helping to reduce opioid overprescribing and informing future prescribing guidelines in the field of urogynecology.
Prescription opioids contribute to opioid related deaths, overdose and addiction. Unused prescribed opioids are not routinely being stored or disposed of appropriately and their availability is associated with harms. Maximum daily doses prescribed are higher than that recommended in a significant number of patients. This study is designed to help have appropriate doses and quantities of opioids dispensed for the treatment of short-term pain. Rather than targeting prescribing, this study targets the dispensing process by training community pharmacists to assess the appropriateness and safety of opioid prescriptions for short-term pain and to work with patients to partially fill prescriptions if the quantities prescribed are deemed excessive. Patient education tools were developed to help promote understanding of opioid safety, including the use of appropriate quantities, safe storage and safe disposal. Pharmacists in five randomly selected regions in Ontario, Canada are targeted for the eLearning intervention. The primary study outcome is the quantities dispensed for initial opioid prescriptions for short-term pain in the intervention regions compared to ten control regions.
Despite recent advancements with regional and local anesthesia, postoperative pain continues to be a major concern for patients undergoing breast surgery. Opioids, often in combination with NSAIDS and/or gabapentioids, have been the main pharmacologic pain control strategy in the postoperative period. The pectoral nerve block is a regional anesthetic technique, which is effective at providing postoperative anesthesia in breast surgeries. However, this has only been studied in oncologic-related breast operations. It is our aim to study the effects of pectoral regional nerve blocks in patients undergoing breast reduction for gender affirmation. The overall goal is to establish an effective pain control regimen utilizing regional anesthetic techniques in this patient population. The specific objective of this proposal is to evaluate the effectiveness of these blocks on perioperative and postoperative analgesia. The hypothesis is that participants undergoing gender-affirmation breast surgery who receive a pectoral nerve block will have less perioperative and postoperative pain as well as reduced opioid consumption compared to those receiving a placebo. Participants who are undergoing gender affirmation breast reduction surgery will be randomized to either receive a preoperative nerve block or to receive a placebo. Intraoperative and postoperative opioid requirements will be compared in addition to post-operative pain scores. Participants will be asked to fill out a pain diary during their first week postoperatively. They will also be asked to document if, and when, narcotic pain medication was required for pain control. The two groups will be compared to determine if there was any difference in pain scores as well as narcotic medication requirements.
The primary objective of this study is to describe the administration practices of the antalgic Ketamine in French CLCC (Centre de Lutte Contre le Cancer) in terms of indication (neuropathic sequelae pains, morphine additional effect or morphine withdrawal, intensity, localisation…) and administration protocol (route, posology, duration, administration sequence, premedication). The secondary objectives are to evaluate in the context of cancer, the analgesic efficacy, the tolerance profile (biological and clinical toxicities) and the quality of life, including anxiety and depression. In addition, the described parameters will be evaluated as safety and efficacy predictive factors of the Ketamine in oncology.
The aim of the study is to compare the effectiveness of the Erector spinae plane (ESP) block versus thoracic paravertebral (TPV) block in the post-operative pain control after radical mastectomy.
The investigators will embed a developed decision support tool into the electronic health record (EHR) to individualize pain therapy in surgical patients after hospital discharge and test its performance in a pragmatic clinical trial. Preliminary data indicate that current opioid prescription practice after surgery follows a "one size fits all" pattern. In-hospital opioid use prior to discharge serves as a reliable indicator to estimate needs for analgesic medications at home. The investigators will test the hypothesis that the existing tool will enable providers to write need-based prescriptions based on prior-to-discharge opioid use, empower patients to maximize alternatives to opioids (ALTO) therapies at home, while minimizing the need for rescue prescriptions. The investigators will test this tool prospectively in a cohort of ~1,000 providers (primary subjects) and ~39,000 surgical patients (secondary subjects) in four University of Colorado Health (UCHealth) hospitals (clusters to be exposed versus (vs.) non-exposed to the intervention).
The aim of this study is to investigate the impact of using lidocaine patches after cesarean section on pain control and opioid use in the immediate post-operative period. The hypothesis is the use of lidocaine patches in the immediate post-operative period will lead to a decrease in the use of opioids as pain control compared to patients that do not have a lidocaine patch in place. Additionally, the a decrease in the visual analog pain score compared to women who do not use a lidocaine patch in the immediate post-operative period following cesarean delivery is anticipated.
To investigate the neurobiological mechanisms underlying opioid approach bias during a pilot RCT of opioid approach bias modification. The investigators are combining novel ultra-high field MRI technology with the promising treatment of modifying cognitive bias away from detrimental prescription drug use will generate novel neural data and potentially yield a new therapeutic tool to reduce problematic opioid use.
The investigators are conducting a comparative effectiveness trial among adult patients with sickle cell disease (SCD) who report chronic pain (N = 350), randomized to receive either mobile phone-delivered computerized cognitive behavioral therapy (cCBT; n = 175) or digital education (m-Education; n = 175). Both intervention groups will receive weekly (more frequent if requested or needed) follow-up with a health coach for at least 3 months to reinforce learned materials. Both groups will also use their mobile device to track daily pain, mood, and medication used for two-week periods at baseline and each of the follow-up points (3, 6 and 12 months). Participants will also be given access to a study-associated online support group page where members can discuss with other patients, issues participants faced and what skills were or could be used to address them. Participants will continue all routine care including opioid pain management and novel therapies.