View clinical trials related to Chronic Pain.
Filter by:The overarching plan for TOWER is to develop and test an algorithmic version of the Center for Disease Control Guidelines (CDCG) tailored for a specific primary care setting, the HIV primary care clinic. This CDCG intervention incorporates communication and implementation strategies tailored for the HIV primary care setting, and enabled with technology (an app for use by patients and EMR tools for providers).
The long-term goal is to define best practices for diminishing the risk of high opioid doses used to treat chronic non-cancer pain (CNCP) patients while optimizing pain outcomes and functional levels of activity, emotional functioning, and quality of life. The short-term goal is to assess the feasibility of multiple Clinical and Translational Research Award (CTSA) sites working together to perform and study the effects of a cognitive behavioral therapy intervention in a future randomized controlled trial (RCT) among CNCP patients in rural primary care practices in each CTSA state.
This study evaluates the analgesic effect of Omnitram for the treatment of painful diabetic neuropathy. Each subject with diabetic neuropathy will be treated for four weeks with Omnitram and for four weeks with placebo. The order of the Omnitram and placebo treatment will be random.
Chronic pain is a serious concern that disproportionately affects Veterans compared to the general public; Veterans are diagnosed with chronic pain at particularly high rates (47 - 56%) with a 40% greater rate of severe pain than non-Veterans. Veterans with chronic pain face numerous negative functional outcomes, including decreased ability to complete daily work activities, less social support from and closeness with family members, increased chronic health conditions (e.g., cancer, heart disease), and higher mortality compared to Veterans without chronic pain. Given these concerns, there is an urgent need for innovative and integrative approaches for non-medical pain self-management management. Despite the critical importance of effective pain self-management programs, many Veterans with chronic pain do not engage in pain self-management programs. In order to improve Veterans' quality of life, it is important to develop and evaluate innovative, accessible, evidence-based interventions for managing chronic pain. One approach with over twenty years of efficacious treatment for chronic pain is Acceptance and Commitment Therapy for Chronic Pain (ACT-CP). ACT is a well-established VA-approved approach to chronic pain management, and focuses on committing to behavior change that reflects personal values, leading to significant improvement in life functioning. ACT- CP is associated with substantial improvements in social/work functioning and decreased pain-related medical visits, as long as three years following treatment. For adults with chronic pain, technology-assisted ACT treatment leads to reduced self-reported pain levels and improved health via changes in value-aligned behaviors and mindfulness. The use of interactive technology-assisted ACT treatment is acceptable and efficacious; however, no ACT for chronic pain online treatment exists for Veterans. The investigators will thus complete a three-phase development, intervention usability and feasibility, and RCT pilot to create a virtual ACT intervention for chronic pain (VACT-CP) for Veterans. VACT-CP will utilize a personalized, social interface to address pain-related distress and functional difficulties of chronic pain (e.g., avoidance, reactivity), using an online Embodied Conversational Agent (ECA) that will walk Veterans through eight weeks of treatment. Studies suggest that the use of such ECAs can increase online-treatment motivation and feedback, resulting in increased treatment compliance and utilization, physical functioning (e.g., increased physical activity and diet fidelity), and client-goal achievement. The primary outcomes for this project will be to (1) develop the VACT-CP user system using feedback from mental health and other clinical professionals treating chronic pain (n = 10), (2) pilot the usability and feasibility of the through iterative usability development and Veteran feedback (n = 12 - 15), and (3) explore the impact of the VACT-CP system in terms of user-experience, functional outcome improvement, and quality of life measures (n = 40).
A fundamental challenge for healthcare is to achieve a balance between decreasing the misuse of opioids and associated harms while optimizing patient care, including the provision of multidisciplinary treatments for chronic pain. However, despite recommendations that non-pharmacological interventions are rudimentary in the management of chronic pain, the literature describing which psychosocial interventions are best practice is nearly non-existent. Most of the psychosocial treatments that target either CNCP or opioid misuse are very general and broad-based therapies. However, there is a lack of evidence-informed direction guiding which psychosocial treatments should be adapted to this specialized population and thus, further research is needed.
Musculoskeletal pain has become in a major problem related to its prevalence, treatment cost, absenteeism, quality of life impairment, disability and drugs consumption. The difficulty in musculoskeletal pain control ends in the abuse of drugs by these patients, including opioids. This drugs consumption has become a health problem in the United States and around the world related to their increasing abuse mainly between 2002 and 2011 and has had an impact in the numbers of deaths caused by opioids prescription (reaching 16,651 deaths in United States in 2010). Pain is clearly associated with sleep disturbances (50-80% of these patients suffer from a sleep problem), and in turn poor sleep quality leads to increased pain sensitivity. There is evidence showing that improving sleep disturbance co-occurring pain would improve, and some may reduce the use of opioids in specific patients on long-term opioid therapy. In spite of this reciprocal relationship between sleep and pain only few programs take into account the management of sleep disorders as a non-pharmacological measure for pain control. The hypothesis is: "to address sleep and circadian disorders (SCD) using a Sleep and Circadian Intervention Program (SCIP) in patients treated with rehabilitation by chronic musculoskeletal pain (CMP) optimizes the rehabilitation outcomes and reduces opioids consumption". Main goal: The aim of this PILOT study is to evaluate the feasibility of the protocol of the present study that aims to assess the improvement in rehabilitation outcomes and decrease in opioid consumption, through the management of sleep disorders. Methodology Using a randomised (1:1) controlled feasibility study, 50 men and women will be included to evaluate methodology and identify the potential outcome of the main project. Subjects older than 18 years included in a rehabilitation program by musculoskeletal lumbar pain lasting more than three months will be recruited. Basal Visit (BV): After the signature of informed consent, a medical history, physical exam, evaluation of the pain perception (EQ5D5L), quality of life evaluation (SF36 and FOSQ), mood and anxiety (HADS y PASS20), circadian rhythm study and drugs consumption will be evaluated in both groups. Patients will be randomized to control group (usual rehabilitation program) or intervention group (usual rehabilitation program + sleep circadian intervention program-SCIP). The patient in the SCIP program will received the next intervention: 1) Educational and circadian rhythm intervention: general sleep hygiene recommendation and promotion of daily physical activity. 2) Sleep studies for sleep quality and sleep disorders diagnosis: full polysomnography 3) Sleep questionnaires for another sleep disorders. Based on the results of the studies, patients will be treated according to current guidelines for the management of sleep disorders. 6 month after the SCIP starts patients will be evaluated in the End of Study Visit (EOS) as in the BV and also in their functional improvement and health resources consumption.
prescription opioid misuse in chronic pain is a growing public health concern. few studies got interested in prevalence of misuse and of opiate use disorder in a population of patients with a non cancer chronic pain. the investigators analyzed during 3 months opiate misuse and opiate ude disorder in a population of patients consulting a center specialized in pain management.
Due to its high prevalence and the substantial individual and socio-economic burden chronic pain is a huge challenge for patients, physicians and the society. Using neuroimaging structural and functional alterations have been described in the brain of patients suffering from chronic pain (Apkarian, Hashmi et al. 2011, Baliki and Apkarian 2015). However, reproducibility and functional significance of these changes are only incompletely understood. For example it remains unclear, if these changes covariate with clinical parameters and if they can be influenced or reversed by appropriate therapy. Some of the structural and functional brain changes in chronic pain patients have been shown to be reversible using magnetic resonance imaging after successful interventional pain treatment (Seminowicz, Wideman et al. 2011) or cognitive-behavioral therapy (Seminowicz, Shpaner et al. 2013, Shpaner, Kelly et al. 2014). Interdisciplinary multimodal pain therapy (IMPT) as a biopsychosocial treatment approach comprising physiotherapy and psychotherapy in structured programs has been shown to be effective in alleviating chronic pain of different entities including those where interventional therapy options are lacking or have been unsuccessful (Kaiser, Treede et al. 2017). The present study aims to investigate the influence of a structured IMPT approach provided in a day-clinic program of 20 treatment days on the functional brain network structure in chronic pain patients. To this end, a graph-theory based analysis (Bullmore and Sporns 2009) will be applied to electroencephalography (EEG) resting-state data from 30 chronic pain patients before and after IMPT and results will be correlated with behavioral and clinical data. In this observational study chronic pain patients that have been screened for participation in IMPT as part of routine medical care are invited to participate in a baseline visit prior to participation and a follow-up visit 6 months after completion of the program. This will add to a better understanding of the complex functional brain alterations in chronic pain and might contribute to identify neuronal markers or even predictors for therapeutic responses in multimodal pain treatments. Moreover, the broad availability and easy applicability of EEG-measurements might enable a wide therapeutic application of potential findings in the near future.
Up to our knowledge there is no study focused upon the incidence of post VATS chronic pain when dexmedetomidine is used.
The overall goal of this protocol is to pilot test a clinician training intervention that uses standardized patients (trained actors playing patient roles) as instructors who impart communication skills to primary care clinicians. This project will conduct a pilot clinical trial of the intervention developed by the primary investigator in order to evaluate intervention feasibility and generate data to plan a subsequent fully-powered, multisite trial. Primary care clinicians will be randomized to receive either the intervention or control; 48 patients (2 per clinician) will then be recorded during clinic visits with study clinicians and will provide data on post-visit perceptions and health outcomes. Study hypotheses are that visits with clinicians who receive the intervention (versus control) will be associated with more frequent use of targeted communication skills, lower probability of high-risk opioid prescribing, higher patient-reported agreement with treatment plan, and lower pain interference 2 months later.