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Shoulder osteoarthritis (glenohumeral osteoarthritis) is a progressive condition characterized by the gradual erosion of the cartilage lining the shoulder joint surfaces. This degradation results in direct bone-on-bone friction, leading to increasing pain and stiffness over time. While it most commonly affects individuals over the age of 60, it may occur earlier following past trauma, fractures,

Right shoulder pain is a common clinical complaint. While often stemming from simple musculoskeletal strain, it can also indicate joint pathologies such as rotator cuff tears or, less frequently, referred pain from internal organs like the liver or gallbladder. Accurate diagnosis is essential, as treatment protocols vary significantly based on the underlying etiology. Anatomy of

Repeated shoulder dislocation is a frequent and serious condition. According to a 25-year follow-up study by Hovelius (JBJS, 2008), the recurrence rate following non-operative treatment reached 72% in patients aged 12–22. Every subsequent dislocation causes cumulative damage, including progressive bone loss, ligamentous laxity, and extensive labral tearing. Eventually, the shoulder may dislocate during minor daily

Shoulder arthroscopy has revolutionized joint surgery, shoulder arthroscope success rate between 85% and 97%, depending on the pathology, patient age, surgical technique, and post-operative adherence to rehabilitation. According to a large-scale study published in the BMJ (2022) of about 288,000 procedures in England, serious complication rates remain impressively low at 1.2%. Most patients return to

Shoulder dislocation occurs when the humeral head dissociates from the glenoid cavity. The shoulder is the most frequently dislocated joint in the human body, accounting for 50% of all joint dislocations. Understanding the classification—Anterior (95–98%), Posterior (2–4%), and Inferior/Luxatio Erecta (<1%)—is critical for tailoring shoulder dislocation treatment, as clinical management varies significantly based on the

Adhering to specific instructions after shoulder arthroscope is critical for optimization of surgical outcomes and risk mitigation. This comprehensive clinical guide delineates standard recovery phases, active wound care, core kinetic restrictions, and early warning markers following arthroscopy. Phase 1: Immediate Postoperative Guidelines (Days 1–3) Core Kinetic Restrictions (Weeks 1–6) Violating these restrictions risks premature construct

A shoulder dislocation occurs when the humeral head dissociates from the glenoid cavity. The shoulder is the most frequently dislocated joint in the human body, accounting for 50% of all joint dislocations. International data indicates an annual incidence rate of 24 cases per 100,000 individuals, with anterior dislocations comprising 98% of all presentations. The primary

Shoulder arthroscopy is a minimally invasive surgical procedure that follows a systematic protocol: anesthesia administration, patient positioning, establishing 5–10 mm micro-incisions, portal diagnostic exploration, therapeutic repair, and closure. In this article we discuss Steps of Shoulder Arthroscopy. Preoperative Preparation & Anesthesia Intraoperative Protocol 1. Patient Positioning & Sterilization Patients are positioned using either the Beach

Shoulder arthroscopy is a minimally invasive surgical procedure used to diagnose and treat joint pathologies through small (3–5 mm) incisions. The surgeon inserts a high-definition camera (arthroscope) and specialized micro-instruments, visualizing the joint anatomy on a magnified video monitor to perform precise repairs. This article discuss the cost of shoulder arthroscopic surgery Shoulder Arthroscopy vs.