UAB - Center for Clinical and Translational Science

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Detailed Description

The original Childhood Arthritis & Rheumatology Research Alliance (CARRA) Registry (Protocol Number: CRNT_REGST01) was first established in 2010 to advance alliance infrastructure, facilitate expanded clinical and translational pediatric research, and transform the culture of pediatric rheumatology toward universal participation in research. This original CARRA Registry will be referred to throughout the protocol as the CARRA Legacy Registry. Through the creation of a sophisticated informatics infrastructure, provision of comprehensive site support and the engagement of families, patients, and communities, the CARRA Registry will provide the opportunity for affected children at every CARRA Registry site to participate in high-quality clinical and translational research. Continuation of the CARRA Registry as described in this protocol will support data collection on patients with pediatric-onset rheumatic diseases. The CARRA Registry will form the basis for future CARRA studies. In particular, this observational registry will be used to answer pressing questions about therapeutics used to treat pediatric rheumatic diseases, including examining safety questions. The Duke Clinical Research Institute (DCRI) is serving as the CARRA Clinical and Data Coordinating Center (CDCC) for the protocol. Traditional exposure-based post-marketing registries of individual therapeutic agents for juvenile idiopathic arthritis (JIA), systemic lupus erythematosus, and other rheumatic diseases are inadequate for answering important safety questions for many reasons: - Sample sizes are too small to detect uncommon but important events - No unexposed comparators exist to evaluate risk attributable to underlying disease - Duration of follow-up of individual patients is too short to evaluate many potential delayed adverse events (AEs) - Sample sizes are inadequate to assess myriad complex and dynamic concurrent medication regimens common to treatment of rheumatic diseases - Selective patient enrollment limits evaluation of co-morbid conditions and other patient factors These limitations prevent patients, families, and providers from understanding the true risks and benefits of therapy in order to make appropriate and informed decisions. They also prevent drug manufacturers and regulatory agencies from conducting an informed review of marketed products for these diseases. A registry based on disease diagnosis rather than specific therapeutic agents overcomes many of the limitations of exposure-based single-agent registries in the assessment of delayed or uncommon safety events. Indeed, data from a consolidated disease-based registry "...could provide the information necessary for individual companies to satisfy post-marketing requirements and commitments and obviate the need for an individual product registry" (letters from the United States (US) Food and Drug Administration (FDA) to CARRA, 21 December 2010 and 9 December 2011). This protocol details the foundation of a registry to meet these objectives. The CARRA Registry aims to detect and understand the epidemiology of important AEs, including those that are delayed or uncommon. Subjects followed at active CARRA Registry sites are eligible for enrollment, regardless of past or current treatment. Each subject will be followed prospectively for a goal of 10 years duration; the study will continue indefinitely as resources allow and continued need exists. Data will be systematically collected, including important patient factors, therapies, serious adverse events (SAEs), and protocol-defined events of special interest. Selected safety events (e.g., malignancies) will be adjudicated by a panel of experts via a review of medical records. The CARRA Registry, a disease-based prospective observational registry, enables both detection of potential safety signals and hypothesis-driven, rigorous, and adequately-controlled pharmacoepidemiologic studies of important AEs and their associations with therapeutic agents. In addition to answering questions about the safety of therapeutics, the data collected in the CARRA Registry are anticipated to serve many other valuable uses. Within the confines of observational study design, the effectiveness of therapeutic agents may be examined for short- and long-term clinical and patient-centered outcomes. The Registry is the data collection platform for Consensus Treatment Plan (CTP) comparative effectiveness research in pediatric rheumatic disease. Patients enrolled in the Registry may also be eligible to be followed as part of a CTP subset. Examples of CTP projects include: FiRst line Options for Systemic JIA Treatment (FROST). The purpose of FROST was to compare the effectiveness of CARRA systemic JIA (sJIA) treatment strategies (biologic vs. non-biologic) in achieving clinically inactive disease in patients with new-onset sJIA. Additionally, FROST aimed to compare patient/caregiver reported outcomes between treatment strategies. FROST enrolled new-onset, previously untreated sJIA patients who are starting treatment with one of the 4 sJIA CTPs (glucocorticoid (GC) only; Methotrexate + GC; IL-1 inhibitor + GC; IL-6 + GC). Enrollment will occur over 3 years at all CARRA Registry sites. In addition to routine Registry data collection, patients followed as part of the FROST CTP completed additional questionnaires about their disease status and quality of life. Medication use for pediatric rheumatic diseases is dynamic and not well characterized. The CARRA Registry represents a powerful data source to follow drug use patterns and provides the opportunity to study predictors of medication use. Important outcomes are likely to be influenced by other factors in addition to therapy (e.g., disease severity) and the CARRA Registry is positioned to help answer these types of questions. Patient-reported outcomes (PROs) generated by patients outside the context of clinical encounters may be collected in the Registry to provide a rich, additional dimension of data to better understand rheumatic diseases. Practitioners may review clinical data from their sites as part of a quality improvement approach to better outcomes. Analyses of CARRA Registry data aim to provide results to guide the therapeutic decisions made by affected children, families, and providers while improving regulatory efficiency and reducing cost. Ultimately, this approach might serve as a model for successful collaboration between research community networks, industry, and public agencies to promote the effective and efficient evaluation of drugs and devices across the regulatory continuum.