Modern orthopedic surgery has made tremendous scientific and technological leaps, and elbow arthroscopy is perhaps one of the most characteristic examples of this progress. The elbow is an extremely complex joint with limited space, through which critical nerves and vessels pass. In the past, the surgical approach to this area required large, painful incisions, extensive muscle detachment, and a long recovery period, often accompanied by permanent stiffness.
Today, modern arthroscopic surgery of the 3 joints of the elbow allows the specialized surgeon to treat the vast majority of sports injuries, traumas, and degenerative conditions with impressive precision and minimal inconvenience for the patient.
The Anatomy of the Elbow and the Value of Arthroscopy
To understand the value and difficulty of elbow arthroscopy, it should be mentioned that the elbow is not a simple joint, but a complex of three smaller joints (humeroulnar, humeroradial, and proximal radioulnar joints) surrounded by a common capsule. These joints allow us to bend our arm (flexion/extension) but also to rotate our palm upwards or downwards (pronation/supination).
Due to the narrowness of the space and the proximity to large nerves (such as the ulnar, median, and radial nerves), elbow arthroscopy is considered technically one of the most demanding procedures in Orthopedics. It requires a surgeon with deep knowledge of the three-dimensional anatomy of the area and great familiarity with the use of the arthroscope.
The use of a microscopic high-definition camera (arthroscope) allows the magnification of internal structures, offering the surgeon visibility that often exceeds that of open surgery, while simultaneously protecting sensitive nerves and vessels.
