Skeletal Radiology

, 36:381

Advanced imaging in rheumatoid arthritis

Part 2: Erosions

Authors

  • J. M. Farrant
    • Department of RadiologyLeeds Teaching Hospitals
    • Department of RadiologyLeeds Teaching Hospitals
    • Department of RadiologyChapel Allerton Hospital
  • P. J. O’Connor
    • Department of RadiologyLeeds Teaching Hospitals
Review Article

DOI: 10.1007/s00256-006-0220-3

Cite this article as:
Farrant, J.M., Grainger, A.J. & O’Connor, P.J. Skeletal Radiol (2007) 36: 381. doi:10.1007/s00256-006-0220-3

Abstract

Rheumatoid arthritis (RA) is a chronic and progressive inflammatory disorder primarily affecting the synovium. We now recognise that conventional radiographic images show changes of rhuematoid arthritis late after irreversible joint damage has occured. With the advent of powerful disease-modifying drugs there is a need for early demonstration of rheumatoid arthritis and to monitor progress of the disease and response to therapy. Advanced imaging techniques such as ultrasound and MRI have focussed on the demonstration and quanitification of synovitis and erosions and allow early diagnosis of RA. The technology to quantify synovitis and erosions is developing rapidly and now allows change in disease activity to be assessed. However, problems undoubtedly exist in quantification techniques and this review serves to highlight them. Much of the literature on advanced imaging in RA appears in rheumatological journals and may not be familiar to radiologists. This review article aims to increase the awareness of radiologists to this field and to encourage them to participate and contribute to the ongoing development of these modalities. Without this collaboration it is unlikely that these modalities will reach their full potential in the field of rheumatological imaging. This review is in two parts. This first part addresses synovitis imaging. The second part will look at advanced imaging of erosions in RA.

Keywords

RheumatoidArthritisErosionsUltrasoundMagnetic resonance imaging

Copyright information

© ISS 2006