MRI Scan Hand, in Visit Clinic

An MRI of the hand produces detailed cross-sectional images of bones, joints, cartilage, tendons, ligaments, muscles, nerves, blood vessels and bone marrow. It detects fractures not seen on X‑ray, ligament or tendon tears, nerve compression, arthritis, inflammation, infections, cysts and tumors. It helps pinpoint causes of pain, swelling, numbness or reduced function and guides treatment planning without ionizing radiation.

Yes — MRI scans of the hand (and wrist) are available. They provide detailed images of bones, joints, ligaments, tendons, nerves and soft tissues to evaluate fractures, ligament or tendon tears, arthritis, infection, tumours, nerve entrapment or unexplained pain. The test is non‑invasive, uses no ionising radiation, may involve contrast, takes about 20–45 minutes, and has precautions for certain metal implants or severe claustrophobia.

A hand MRI scan typically takes about 15–30 minutes of actual imaging. Including registration, positioning, coil placement and instructions, expect a total appointment time of roughly 30–60 minutes. If contrast dye is required, add extra time for injection and brief monitoring, which can extend the visit by another 10–30 minutes. Length may increase for complex protocols or repeat sequences.

Yes. Hand MRI can accurately detect arthritis by showing joint inflammation (synovitis), cartilage loss, bone marrow edema, early erosions, and soft-tissue changes that X-rays may miss. It’s especially useful for early or inflammatory arthritis and for assessing disease extent and complications. MRI helps guide diagnosis and treatment decisions, though it’s more costly and less available than plain radiography.

MRI can detect many structural causes of hand nerve problems—compression, swelling, entrapment, inflammation, tumors, or traumatic tears—and specialized MR neurography shows nerve signal changes and anatomy in detail. However, MRI may miss small‑fiber or purely functional damage; electrophysiological tests (EMG/nerve conduction studies) and clinical examination are often needed to confirm and quantify nerve dysfunction.

MRI detects a wide range of conditions: brain and spinal diseases (stroke, tumors, multiple sclerosis, infections), musculoskeletal problems (ligament/tendon injuries, cartilage damage, osteoarthritis, spinal disc herniation), cardiovascular disorders (cardiomyopathy, valve disease, aortic aneurysm), abdominal and pelvic lesions (liver, kidney, pancreatic tumors, inflammatory bowel disease), many cancers, metastases, and soft‑tissue infections.