A soft tissue ultrasound examines muscles, tendons, ligaments, bursae, nerves and superficial lumps to detect tears, sprains, inflammation, fluid collections, abscesses, cysts, foreign bodies and soft-tissue masses. It provides real-time, dynamic imaging, can assess blood flow with Doppler, and is commonly used to guide needle procedures (aspiration or injection). It’s non-invasive, radiation-free and ideal for superficial structures.

Yes — ultrasound can be used to examine the thumb’s soft tissues, tendons, ligaments, joints and detect ganglions, foreign bodies or effusions; it’s useful for diagnosing tendon tears, pulley injuries and guiding injections. It’s noninvasive, real‑time and radiation‑free, but operator‑dependent and limited for imaging bone or deep complex structures, where CT or MRI may be preferable.

Yes. Diagnostic ultrasound can visualize many types of soft-tissue damage — muscle and tendon tears, ligament sprains, bursitis, fluid collections and hematomas — and provides real-time, dynamic assessment and guided procedures. Its accuracy is operator-dependent and it’s less sensitive for deep, intra‑articular, or bone marrow lesions; MRI is often preferred for deeper or more complex soft-tissue injuries.

A soft tissue mass in the hand is a lump arising from non-bony structures—skin, fat, tendons, tendon sheaths, nerves, blood vessels or synovium. Common examples include ganglion cysts, lipomas and giant cell tumors of the tendon sheath. They may be painless or cause pain, stiffness, numbness or reduced movement. Clinical assessment and imaging (ultrasound/MRI) guide treatment such as observation, aspiration or surgical removal.

Soft tissue refers to the body's non‑bony structures, including muscles, tendons, ligaments, fascia, fat, nerves and blood vessels. These tissues support movement, cushion organs, connect and stabilize bones and joints, and enable circulation and sensation. Soft tissue injuries—sprains, strains, contusions and tears—commonly arise from trauma, overuse or degeneration and often cause pain, swelling and reduced function.

A diagnostic soft tissue ultrasound typically takes about 10–30 minutes, most often around 15–20 minutes. Duration varies with the body area, complexity, need for Doppler or comparison views, and whether a procedure (e.g., aspiration or injection) is performed. Allow extra time for preparation, positioning, and brief reporting—expect to be at the clinic for about 30–45 minutes overall.