The role of radiography in diagnosing, monitoring and prognosing juvenile idiopathic arthritis

The current role of conventional radiography in the diagnosis, monitoring and prognosis of juvenile idiopathic arthritis (JIA) is reviewed, as its role has changed with the increasing use of ultrasound and magnetic resonance imaging, as well as with the introduction of biological drugs. Conventional radiography does not play an important role in the diagnosis of JIA, as this is based on history, clinical examination and laboratory findings. The main role of conventional radiography is in the detection and monitoring of growth disorders and chronic structural and morphological changes of the affected joints and bones, in addition to helping with the differential diagnosis of conditions that mimic JIA. Radiographic changes of the joints depend on the age of the child, the type and duration of arthritis and the specific joints affected. There are no standard protocols for arthritis monitoring and most indications for imaging are based on individual case-by-case decisions. The development of degenerative joint changes is considered a poor predictive factor, but there are no clear studies that more precisely define the predictive value of radiographic changes. Conventional radiography remains an important imaging modality in narrowing the differential diagnosis and in evaluating growth disorders and the developing destructive joint changes.

Automated summary

The role of conventional radiography in the diagnosis, monitoring, and prognosis of juvenile idiopathic arthritis (JIA) has changed with the increasing use of ultrasound, magnetic resonance imaging, and biological drugs. Conventional radiography is not important in the diagnosis of JIA, but it is useful for detecting and monitoring growth disorders, chronic structural changes, and differential diagnosis of conditions that mimic JIA. The development of degenerative joint changes is considered a poor predictive factor, but more studies are needed to define the predictive value of radiographic changes.