Diagnostic Approach for Wrist Pain

Initial Diagnostic Approach

The American College of Radiology recommends radiography (X-ray) as the first imaging study for all patients with chronic wrist pain to evaluate bone architecture, alignment, joint spaces, and soft tissues 1, 3
If radiographs are normal or show nonspecific findings, the next imaging study depends on the suspected underlying cause 1

MRI without IV contrast or MR arthrography is usually appropriate as the next imaging study when radiographs are normal or show nonspecific arthritis 1
MRI accurately depicts abnormalities of bones, bone marrow, articular cartilage, ligaments, TFCC, synovium, tendons, and neurovascular structures 4

Either ultrasound or MRI without IV contrast is usually appropriate when there is concern for tendon injury, tenosynovitis, or tendon pathology 1
Ultrasound is particularly useful for examining extra-articular soft tissues and can be used for dynamic assessment 3, 4

Ultrasound or MRI without IV contrast may be appropriate when clinical concern exists for carpal tunnel syndrome 1, 5
Ultrasound measurement of median nerve size is a validated technique in patients with clinical symptoms of carpal tunnel syndrome 4

MRI without IV contrast or CT without IV contrast is usually appropriate when there is concern for nonunion, malunion, osteonecrosis, or post-traumatic osteoarthritis 1
MRI is highly sensitive to changes in bone marrow composition and can identify radiographically occult fractures 6

Relying solely on radiographs may miss soft tissue pathologies that require advanced imaging 6, 3
When using MRI for wrist imaging, a dedicated receiver coil or transmit-receive coil is necessary to provide adequate signal-to-noise ratio 4
Ultrasound accuracy is highly operator-dependent and should be performed by experienced sonographers 4
Ultrasound-guided therapeutic injections can be used for specific conditions 4
For carpal tunnel syndrome, surgical decompression is the most effective treatment for moderate to severe cases 5