MRI Scan Wrist

MRI of the wrist provides detailed images of bones, joints, cartilage and soft tissues. It detects occult fractures and bone marrow edema, ligament and tendon tears (including TFCC and scapholunate), cartilage loss and degeneration, ganglion cysts, synovitis or inflammatory arthritis, infections and tumors, and helps evaluate nerve impingement. It guides diagnosis and pre-surgical planning when X-rays are inconclusive.

A wrist MRI cost varies by country and facility: in the U.S. expect roughly $400–$3,000 (higher with contrast or hospital billing); in the UK private scans are about £150–£400 (NHS covers clinically necessary scans); in India typical private-center prices range ₹2,000–₹8,000. Outpatient imaging centers are usually cheaper than hospitals; prices may or may not include radiologist fees and contrast.

An MRI of the wrist typically takes about 15–30 minutes of actual scanning. Including arrival, changing, setup and positioning, expect the appointment to last about 30–60 minutes. If a contrast injection is required, the exam may take 30–45 minutes or occasionally up to an hour. Times can vary with the facility, imaging sequences needed, and patient cooperation.

Before a wrist MRI: remove all metal, jewelry, piercings, watches, and any splint or cast. Wear loose, metal‑free clothing; you may be asked to change into a gown. Tell staff about implants, pacemaker, pregnancy, kidney problems or contrast allergies. Bring prior imaging and ID, continue medications unless told otherwise, arrive early, and be prepared to lie very still; ear protection may be provided.

Wrist MRI costs vary widely by country and setting. In the US expect roughly $400–$3,000+ (facility, contrast, insurance affect cost). In the UK it’s free through the public system; private scans run about £150–£400. In India typical private prices are about ₹1,500–₹8,000. In Australia private scans commonly cost AUD $300–$700.

MRI can detect many forms of bone damage, especially bone marrow injury, occult (hidden) fractures, stress fractures, bone bruises, infection, and tumors, because it images marrow and soft tissues well. However, MRI is less sensitive for subtle cortical bone cracks; X-ray or CT better show cortical fractures and fine bone detail. Your doctor chooses the best scan based on suspected injury.