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Musculoskeletal involvement, defined as arthritis/arthralgia, is the most common manifestation of patients with systemic lupus erythematosus (SLE). It accounts for decreased quality of life and can lead to unemployment and disability.
Lupus arthritis is divided into non-erosive, with up to 80% of the cases, erosive, also known as Rhupus, with up to 5% of cases, and deforming, or Jaccoud's arthropathy which can involve up to 15% of the patients. Initially, these 3 forms can present similarly, therefore identifying early on their specific characteristics, can guide better treatments and improve outcomes.
Muscoloskeletal ultrasound (MSK-US) is an established modality to diagnose and investigate joint involvement in inflammatory arthropathies. While for these conditions, well-defined MSK-US approaches exist, much less, if any, for SLE.
The research hypothesis is that a longitudinal standardized prospective MSK-US evaluation coupled with deep phenotyping in patients with SLE peripheral musculoskeletal involvement, will allow us to:
Aims and methods
The following two aims are proposed:
For this Aim, blood and synovial multi-omics analysis will be performed exclusively in a subgroup of 10 SLE recruited patients. A US-guided synovial tissue biopsy will be performed for all patients enrolled in the study, regardless of multi-omics inclusion.
Patients will be longitudinally evaluated to identify clinical articular and systemic flares. The baseline US evaluation and the multi-omics approach will be correlated with the longitudinal manifestations to identify possible biomarkers of flares, both at the joint and systemic levels.
Expected results:
The combined achievement of the above-mentioned aims will address the need to standardize the MSK-US approach and pathogenic mechanisms via biomarkers' discovery of lupus arthritis, a yet still poorly understood SLE manifestation.
expectations:
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269 participants in 2 patient groups
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Data sourced from clinicaltrials.gov
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