Best Hospitals for Shoulder Arthroscopy in Dubai, UAE

The glenohumeral joint is the most mobile articulation in the human body, stabilised by a complex interdependent architecture comprising the rotator cuff musculotendinous unit (supraspinatus, infraspinatus, teres minor, subscapularis), the fibrocartilaginous labrum, the capsuloligamentous complex (inferior glenohumeral ligament complex, middle GHL, coracohumeral ligament), and the dynamic neuromuscular stabilisers. Pathology within any of these structures — whether from acute trauma, repetitive microtrauma, degenerative attrition, or congenital laxity — can produce significant pain, mechanical dysfunction, instability, and progressive disability. Left untreated, rotator cuff tears in particular demonstrate a well-documented natural history of propagation: a partial-thickness tear involving greater than 50% of tendon footprint carries a substantial risk of progression to full-thickness rupture, with associated fatty infiltration of the musculotendinous unit (graded on the Goutallier classification system) that compromises the biological capacity for repair and worsens surgical outcomes.

• ELIGIBLE PATIENTS (Indications):
• Rotator cuff tears: partial-thickness (>50% tendon depth, Ellman Grade II–III) or full-thickness tears confirmed on MRI, unresponsive to ≥3 months of structured conservative management (physiotherapy, NSAIDs, corticosteroid injection)
• Glenohumeral instability: recurrent anterior dislocation with Bankart lesion, posterior instability, multidirectional instability (MDI) with failed rehabilitation
• SLAP lesions (Type II–IV) causing persistent mechanical symptoms, particularly in overhead athletes and throwing athletes
• Shoulder impingement syndrome (subacromial, internal, or coracoid) refractory to conservative care
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Standard Arthroscopic PROCEDURES:

1. Rotator Cuff Repair (Arthroscopic):

• Single-row repair: medial-row anchors only; suitable for small-to-medium tears (<3 cm) with good tissue quality; faster operative time
• Double-row repair: medial and lateral row anchors recreating the native footprint (15 × 12 mm supraspinatus insertion); biomechanically superior contact area and load-to-failure strength; preferred for medium-to-large tears (3–5 cm)
• Transosseous-equivalent (TOE) / Suture-bridge technique: medial knotless anchors with lateral suture tape bridging; maximises footprint compression and vascularity at the repair interface; current gold-standard construct for large and massive tears
• Bioinductive patches (e.g., Rotation Medical, InSpyre): collagen scaffold augmentation at the repair site to enhance tendon-to-bone healing biology in high-risk cases
• Superior Capsule Reconstruction (SCR): for irreparable supraspinatus tears, fascia lata autograft or acellular dermal allograft (GraftJacket) reconstructs the superior capsule, restoring glenohumeral joint compression and superior stability

2. Bankart / Labral Repair:

PRE-OPERATIVE PHASE (2–4 weeks before travel / Day -14 to Day -1):

Step 1 — Remote Medical Review (Before Travel):

Patients submit MRI reports, X-rays, clinical notes, and medical history to GAF Healthcare's triage team. A board-certified orthopedic shoulder surgeon at the chosen partner hospital conducts a virtual consultation (video call), reviews imaging, confirms diagnosis (e.g., rotator cuff tear grade, glenoid bone stock, Goutallier classification), and provides a surgical plan and fixed-cost estimate. Suitability for arthroscopy versus open/hybrid reconstruction is determined at this stage.