High Resolution Ultrasound Wrist, in Visit Clinic

A wrist ultrasound visualizes soft-tissue structures: tendons, ligaments, nerves (including the median nerve), synovium and bursae. It detects tendon tears or inflammation (tenosynovitis), tendon subluxation, ganglion cysts, fluid collections, synovitis and some cortical bone irregularities or occult fractures. It can guide injections and detect foreign bodies. It’s a dynamic, real‑time tool but less sensitive for deep bone and cartilage.

A high-resolution ultrasound uses high-frequency sound waves, typically 10 to 18 MHz, and specialized linear probes to produce very detailed, real-time images of superficial structures such as skin, muscles, tendons, nerves, thyroid and breast. It is non-invasive, radiation-free, useful for diagnosis, monitoring and guiding interventions, but higher frequencies limit depth penetration compared with lower-frequency ultrasound.

A high-resolution ultrasound is better for many superficial, dynamic and vascular assessments — it's cheaper, real-time, portable and ideal for tendons, ligaments, joints and guided injections. MRI is superior for deep structures, bone marrow, spinal cord, brain and complex soft-tissue contrast. Choice depends on the clinical question: ultrasound for focused, superficial problems; MRI when detailed, whole-area or deep imaging is required.

Initial imaging for a wrist injury is plain radiographs (AP, lateral and oblique views). If X‑rays are normal but clinical suspicion persists—especially for scaphoid injury—MRI is preferred for early occult fractures and soft‑tissue/ligament assessment; CT provides superior bony detail and aids surgical planning. Bone scan can detect occult fractures if MRI is unavailable.

Cost of a wrist (musculoskeletal) ultrasound varies by country and facility: in India roughly ₹300–₹2,000; in the UK it's free on the NHS for eligible patients, or about £80–£250 privately; in the US typical fees range from $100–$1,000 (higher at hospitals or with Doppler). Final price depends on location, provider, and whether specialist interpretation is required.

An ultrasound of the wrist identifies tendon and ligament injuries, ganglion cysts, bursitis, joint effusion, nerve compression (e.g., carpal tunnel) and inflammatory changes. It provides real-time, dynamic images, Doppler assessment of blood flow for inflammation, and guides injections or aspirations. It’s non-invasive, radiation-free, and helps confirm diagnosis and plan treatment when pain, swelling, numbness or a mass are present.