MRI Scan Left Parascapular Region, in Visit Clinic

An MRI of the left shoulder provides detailed images of bones, cartilage, tendons, ligaments, labrum, muscles and joint spaces. It can detect rotator cuff tears (full- or partial-thickness), labral or biceps tendon injuries, bursitis or impingement, joint degeneration/arthritis, bone marrow edema or occult fractures, cartilage defects, cysts and soft‑tissue masses, and postoperative or inflammatory changes.

MRI of the shoulder typically costs: in India roughly ₹1,500–8,000; in the UK private clinics about £150–£700; in the U.S. out-of-pocket prices range widely from about $400–$3,500 (often $1,000–$2,000 average). Actual price depends on location, hospital vs private center, use of contrast, urgency, and insurance—ask your provider for a precise quote.

A scapula MRI provides detailed images of the shoulder blade and surrounding structures, including bone marrow, cortical bone, muscles, tendons, ligaments, cartilage and adjacent joints. It detects fractures, bone bruises or tumors, rotator‑cuff and muscle tears, labral or cartilage injury, bursitis, infections and post‑operative changes. MRI also identifies inflammation, bone marrow edema and soft‑tissue masses that plain X‑rays may miss.

An MRI can detect causes of scapular winging—muscle atrophy, denervation, tendon injury, or nerve/plexus lesions—but it demonstrates structural changes rather than the dynamic winging itself. Clinical examination, electromyography, and dynamic ultrasound better assess scapular motion and nerve function. MRI remains valuable to identify muscle tears, fatty infiltration, or compressive lesions that explain winging and guide management.

MRI can detect nerve-related shoulder problems by showing direct nerve lesions in some cases and indirect signs such as muscle denervation (edema, fatty atrophy) and compressive causes (cervical radiculopathy, masses, rotator cuff tears). Standard MRI may miss small peripheral nerve injuries; MR neurography improves nerve visualization. Electromyography and nerve conduction studies are often used alongside MRI to confirm and localize nerve damage.

An MRI typically takes 15–90 minutes depending on the body part and protocol. Simple exams (one region) often last 15–30 minutes; detailed studies or those with contrast can take 45–90 minutes. Allow extra 15–30 minutes for check‑in, safety screening and IV contrast setup. Total appointment time is usually 30–120 minutes.