Articles related to "Glenohumeral Joint"

The glenohumeral joint's bony design fosters range of motion in multiple directions. However, gaining extreme mobility within a joint sacrifices stability.

Because of its structure and function, the glenohumeral joint can be at risk for both multidirectional and/or unidirectional instability injuries.

Understanding the anatomical structures within the shoulder provides insight into the types of injuries seen in sport.

Good scapulohumeral rhythm is important for proper shoulder mechanics.

The shoulder girdle is an area with complex anatomy, several joints, and a unique bony structure.

The rotator cuff muscles help to stabilize the shoulder joint. However injury, tears and sprains of these muscles are common and can cause painful tendonitis and bursitis

Shoulder joint pain and dislocation are common patient complaints. This joint is prone to nerve injury and wear and tear especially from repetitive movements.

Immobilization and/or non-use of the shoulder can create a domino of negative effects within the joint. Early mobility is important for joint health.

This painful and stiff condition can be difficult to treat but usually resolves spontaneously after some months.

The acromioclavicular joint is located within the shoulder and plays an important role in shoulder mobility. An injury can affect an athlete's ability to throw.

The glenoid labrum can suffer a tear either through an acute injury or through degeneration over time. Treatment is based on the type of tear.

Diagnosing impingement syndrome correctly and early is important to prevent permanent damage to the supraspinatus and stabilizing structures.

A common, but misunderstood sports injury, shoulder separation involves sprain or tear of two strong ligaments in the shoulder.

Frequently associated with repetitive overhead movements, this injury can cause pain, inflammation, and weakness in the front of the shoulder.