Active clinical trials for "Arthritis, Rheumatoid"

Rheumatoid arthritis (RA) is an inflammatory autoimmune polyarthritis affecting ∼1% of the world population, resulting in the loss of joint function and progressive structural damage in affected joints. Fexofenadine has been widely used to treat various allergic diseases, like allergic rhinitis, conjunctivitis and chronic idiopathic urticaria. the molecular mechanisms underlying fexofenadine mediated inhibition of TNF-α signalling

Population Patients with a diagnosis of Rheumatoid Arthritis (RA), moderate or high clinical disease activity (CDAI>10) despite conventional synthetic (cs)DMARD(s) therapy for ≥3 months, naïve to biological (b) and targeted synthetic (ts)DMARDs therapy and a maximum of 2 swollen joints (out of 44 joints) Study design Randomised multicentre, parallel-arm clinical study Primary objective Non-inferiority of the experimental arm (i.e. clinical therapy together with ultrasound guided treatment decision) in comparison to the control arm (clinically guided decision) concerning the proportion of patients reaching low disease activity (CDAI ≤10) and a minimal clinical important improvement (MCII: improvement of ≥6 points if starting from moderate disease activity, any case starting from high disease activity and achieving low disease activity) or remission according to ACR/EULAR index-based remission criteria (CDAI ≤2.8/Boolean remission) at week 24. Intervention This is a randomised multicentre, national, parallel-arm clinical study. Patients with a diagnosis of RA, moderate or high clinical disease activity (CDAI>10) despite conventional synthetic (cs)DMARD(s) therapy for ≥3 months, naïve to biological (b) and targeted synthetic (ts)DMARDs therapy and a maximum of 2 swollen joints (out of 44 joints) will be included and randomized to one of the following two strategic arms: Clinical decision strategy: All patients receive a TNF-alpha blocker while continuing background csDMARD(s) therapy. If a CDAI ≤10 is not achieved after 12 weeks, patients are switched to a bDMARD or tsDMARD. The decision on which b/tsDMARD to use at week 12 is at the discretion of the investigator. Clinical plus ultrasound-based decision strategy. All patients in this group will be evaluated by ultrasound at 44 joints. In case of clinically-verified plus ultrasound verified inflammation, patients will receive a TNF-alpha blocker while continuing background csDMARD(s) therapy. If a CDAI ≤10 is not achieved after 12 weeks, patients are again evaluated by ultrasound at 44 joints. In case clinically-verified plus ultrasound-verified inflammation is present, patients are switched to a bDMARD or tsDMARD. The decision on which b/tsDMARD to use is at the discretion of the investigator. In case clinically-verified plus ultrasound-verified inflammation is absent, patients receive step-up pain therapy while background csDMARD(s) will be continued. Sample size 110 patients Time plan Total duration of the study: 42 months Active phase for each patient: 48 weeks (24 weeks for the interventional treatment strategy and 24 weeks for follow-up visit) Recruitment: 30 months

One of the greatest success stories in rheumatology - the achievement of rheumatoid arthritis (RA) remission - is tempered by the fact that individuals with RA are dramatically under evaluated and under treated to reduce the risk for heart attacks and strokes. This project will build the foundation for an intervention that will test the hypothesis that the patient-centered intervention tailored to patients with RA to improve hyperlipidemia screening and treatment, thereby decreasing the risk for heart attacks and strokes. The aims of this proposal are: Aim 1: To identify patient and physician barriers to lower the risk for heart attacks and strokes in patients with RA. Aim 2: To develop an intervention designed to optimize lipid screening and management in RA patients. This will consist of patient education and a decision support program to facilitate screening for hyperlipidemia (high cholesterol level) or initiation of medications to lower cholesterol (primary outcome) and self-efficacy (level of confidence in performing a task) in taking medications to lower cholesterol secondary outcome). Aim 3: To pilot test the efficacy and feasibility of intervention developed in Aim 2. The investigators will apply methods related to clinical trials to test the feasibility of the newly developed intervention.

The primary aim of our present study is to evaluate the effect of a targeted, intensified, multidimensional intervention compared to conventional treatment of modifiable risk factors for CVD in patients with early RA. The primary endpoint, a composite of death from cardiovascular causes, non-fatal MI, non-fatal stroke and re-vascularisation, will be assessed after 5years' follow-up.

This investigator-initiated study will serve as a sub-study for the American College of Rheumatology-sponsored VERVE protocol currently funded by the NIH. This double-blinded multicenter randomized pragmatic trial is designed to determine whether Zostavax or Shingrix are safe and effective in patients with rheumatoid arthritis (RA) currently using anti-tumor necrosis factor (TNF) therapies. Inclusion/exclusion criteria for this sub-study mirror that of the parent VERVE trial with the exception of abatacept therapy being allowed. Preliminary data from the VERVE parent protocol enrolling patients using anti-TNF therapy is encouraging in that few patients experienced adverse events (56 adverse events in 50 participants, out of 140 participants in total) and that 96.2% of these adverse events were considered either mild or moderate. Importantly, there have been no instances of vaccine dissemination or zoster events to date.

The factors contributing to the development of rheumatoid arthritis are multiple, with a role of the environment and a predisposing genetic background. Among the modifiable environmental factors :unbalanced diet, overweight, low physical activity, smoking, periodontal disease, stress have been identified as risk factors for developing RA. By causing low-grade inflammation and stimulation of the immune system (particularly through adipokines, citrullination phenomena and changes in the microbiota), these factors promote the onset of the disease and could also participate in the maintenance of inflammatory processes. Thus, obese subjects have more active RA, a lower therapeutic response, and weight loss is associated with lower disease activity ; sedentary lifestyle is associated with more active RA and increased physical activity has beneficial effects on RA; people who smoke respond less well to treatment; periodontal disease is associated with more active RA and their treatment is associated with a decrease in this activity. Finally, different methods having a beneficial impact on stress (mindfulness meditation, yoga, relaxation, etc.) have shown interesting results in patients with RA. It is important to note that all of these factors are also associated with an increased cardiovascular risk, the leading cause of death in RA. The combination of these factors probably has synergistic effects and it is therefore relevant to propose a correction of all these factors in the same program. We have developed a management program for environmental risk factors for RA based with experts including rheumatologists, nutritionists, smoking cessation specialists, periodontal disease specialists and stress specialists.

This is a Rheumatoid Arthritis (RA) study. The purpose of this research study is to determine in RA flare, whether musculoskeletal ultrasound (MSUS) inflammatory scores and/or disease activity scores improve with Acthar treatment.

The COVID-19 VaccinE Response in Rheumatology patients (COVER) study is a multicenter randomized controlled trial designed to evaluate the efficacy and safety of a mRNA COVID-19 vaccine supplemental dose (booster) in patients with autoimmune conditions and to evaluate the impact of different immunomodulatory therapies on vaccine response. The investigators propose to recruit up to 1000- patients with autoimmune conditions who have a completed 2-dose regime of mRNA COVID-19 vaccine (>28 days prior) and who are planning to receive an additional dose of mRNA COVID-19 vaccine (i.e., booster). Participants in this study will be men and women 18 years and older with confirmed rheumatic disease, including psoriatic arthritis (PsA), axial spondyloarthritis (SpA) and rheumatoid arthritis (RA) who express a decision to receive the mRNA vaccination booster within 30 days post enrollment. A primary objective of this study is to test the hypothesis that holding certain medications for a brief period of time around the time of COVID-19 vaccination might improve the response to the vaccine while not unduly having safety concerns with respect to the effects of their disease. During the study, participants using the immunomodulatory therapies described outlined in protocol will be randomized to temporarily hold (for 2 weeks) versus continue after they receive the COVID-19 vaccine supplemental dose. Patients who temporarily stop one of their medications for their autoimmune inflammatory disease may be at increased risk of flares of their autoimmune condition. If these occur, they are expected to occur within 2 - 4 weeks of treatment interruption. Detailed protocol outlines the hold schedules for the therapies to be randomized in this study.

This study will confirm the ability of Tc 99m tilmanocept imaging to predict clinical response in individuals with RA who are beginning anti-TNFα therapy.

They explained the improvement of pain in patients with EMDR treatment in chronic pain with Shapiro's adaptive information processing model. According to this model; The nociceptive sense is related to the emotional response. During the traumatic event, the painful stimulus is stored both physically and as an image, thought, and affect. Therefore, traumatic memories contain affective elements as well as conscious awareness and contribute significantly to stress along with chronic pain. Reprocessing these dysfunctionally stored memories will allow the problematic memories to integrate, resulting in both symptom relief and increased personal efficacy. According to the explanations made with the adaptive information processing model, the perception of the traumatic event is reprocessed with bidirectional stimulation given its somatic and affective components, and the cortical integration of the memory is provided. Changing the emotional dimension of pain may lead to changes in pain pathways, altering the memory and reproduction of pain in the nervous system. When desensitization is achieved against negative emotions; It has been hypothesized that once the patient has a more normal response to pain or stress, it will not revert to a limbic magnified response of pain unless a new trauma has been experienced. Painful conditions can continue to bother even after the illness or injury has been successfully treated. This may be the result of improperly stored memories and chronic active pain. In addition to medication, physical therapy, patient education and psychological support are very important in relieving rheumatological pain.