View clinical trials related to Rheumatoid Arthritis.
Filter by:In Canada and worldwide there is a need for updated independent real-world comparative effectiveness and safety data related to biologic drugs including biosimilar drugs. Biosimilar drugs hold potential to improve access to needed therapies at reduced cost enabling savings to be reallocated to other needs. However updated real-world evidence on comparative effectiveness and safety of biosimilar drugs is lacking. Investigators aim to demonstrate feasibility of creating network of clinical cohorts and other resources to provide real-world information on use of biosimilar drugs in Canada. The core revolves around clinical datasets but investigators will complement with other data sources. Investigators will review data from National Prescription Drug Utilization Information System database that contains prescription claims-level data collected from publicly financed drug benefit programs in different provinces to conduct an environmental scan of the use of biosimilars and respective legacy drugs and other anti-Tumor Necrosis Factor agents covered by provincial drug plans from 2014-2017. Initial analysis will help to confirm that use of biosimilars is lower than corresponding legacy drugs. Biologic drugs are relatively new and expensive drugs; biosimilar medicines are similar to original biologic drugs but cost less. If patients receive biosimilar drugs rather than originator biologics healthcare systems may be able to save money. Those savings can be used for other health care needs to benefit more Canadians. However investigators do not have detailed information on safety and effectiveness of these biosimilar drugs. The aim of study is to compare safety and effectiveness of biosimilar drugs to originator biologic drugs. Investigators will study patients with inflammatory rheumatic diseases (RA and AS) and Inflammatory Bowel Disease (CD and UC) and across Canada on these drugs. Primary focus is on patients without history of biologic drug use but investigators will also study patients switching to biosimilar drug from an originator biologic drug. Investigators will measure how long patients stay on treatment, if patients require new treatment, if the patients' disease control improves and occurrence of side effects such as infection that could be related to these drugs.
The purpose of this study is to evaluate the pharmacokinetics and safety of oral administration of BR9001 compared with BR900A in healthy subjects
This study evaluate the Smart System of Disease Management（SSDM）to improve the treat-to-target(T2T) and the safety of drug in the treatment of rheumatoid(RA). All participants will be randomized in the SSDM group and the control group. The patients in the SSDM group will use the SSDM every month and the control group will receive the conventional therapy.
The main objective of this study is to compare the pharmacokinetics (PK) of the abatacept drug product converted from drug substance by a new drug substance process (Treatment A) relative to the current drug substance process (Treatment B) following a single dose (750 mg) intravenous (IV) infusion in healthy participants.
To demonstrate that CT-P13 is equivalent to China-approved Remicade at Week 14, in terms of efficacy as determined by clinical response according to the change from baseline in disease activity.
RA satisfaction OR: This study aim to compare treatment satisfaction and quality of life between patients who have been using tofacitinib citrate and patients who have been using adalimumab for 6 months or more and less than 2 year in RA treatment of rheumatoid arthritis.
Patients with Rheumatoid Arthritis (RA) suffer systemic and peripheral bone loss. In this study we aim to test the efficacy of in-label treatment with Baricitinib on the volumetric bone mineral density in patients with RA over 52 weeks. Inclusion of RA patients comprises pathologic volumetric bone mineral density measured by (High Resolution peripheral quantitative Computed Tomomgraphy) HR-pQCT maging of finger joints.
The immune system of patients with Rheumatoid Arthritis (RA) is different from that of people who do not have RA. The purpose of this study is to examine immune cells and proteins before subjects start to take study medication and after subjects start treatment with an approved therapy for RA, abatacept that will be given in combination with Methotrexate and/or anti-rheumatic drugs (DMARDS) that are approved for the treatment of RA. This study will assess whether subjects have clinically responded to these medications. This assessment will also include a study of whether characteristics of the subject's immune system were changed by therapy with the study drug, abatacept.
The objectives of this single site, randomized, crossover study is to evaluate the pharmacodynamic interactions between aspirin, NSAIDs and Coxibs with respect to platelet function, biomarkers of inflammation and endothelial function.
A observational study to assess whether biologic disease-modifying (BDM) treatment initiation with abatacept for rheumatoid arthritis is associated with an increased risk of serious infection and cancer