Shoulder Dislocation Treatment
What are the treatments for shoulder dislocation?
The shoulder is considered one of the most complex joints in the body and has the widest range of motion; it forms a ball-and-socket structure between the humerus (upper arm bone) and the scapula (shoulder blade). When the humerus and scapula separate, it is called a “shoulder dislocation.” If only the ball-and-socket joint is partially separated, it is called a subluxation (partial dislocation). Shoulder dislocations usually occur as a result of falls, sports injuries, or other traumatic events and are often associated with shoulder instability.
Shoulder dislocation is a serious condition that reduces the quality of life and negatively impacts daily activities. In most cases, patients experience pain, tenderness, swelling, a clicking sensation, and significant limited movement in the affected shoulder. During a dislocation, the ligaments, tendons, and cartilage structures supporting the shoulder joint can be damaged. If left untreated, more serious complications such as recurrent dislocations, progression of shoulder instability, and the development of osteoarthritis can occur.
Regardless of the severity of the injury, all shoulder dislocations should first be reduced. After the head of the humerus is repositioned into its glenoid socket, Dr. Serkan Sürücü will order further investigations, such as X-rays and magnetic resonance imaging (MRI), to assess the extent of the injury and confirm that the shoulder joint is in the correct position, in order to make a definitive diagnosis.
Do I need surgery after a shoulder dislocation?
In patients with persistent symptoms due to shoulder instability, if damage to the labrum (cup-shaped cartilage structure) or surrounding ligaments is detected, Dr. Serkan Sürücü may recommend arthroscopic shoulder stabilization surgery. In this surgical method, arthroscopic instruments are inserted through small incisions made around the shoulder joint, and the degree of instability is directly assessed.
During the surgery, torn or loosened labrum and ligaments are reattached to the glenoid bone using special suture anchors. This restores the normal anatomy of the shoulder joint and reduces the risk of recurrent dislocation. The arthroscopic technique offers the advantages of smaller incisions, less postoperative pain, and faster recovery.
What is the recovery process like after arthroscopic shoulder stabilization surgery?
After arthroscopic shoulder stabilization surgery, the arm needs to be immobilized with a sling or similar support for 3 to 6 weeks to protect the repaired shoulder. During this time, pain relievers and ice application prescribed by Dr. Serkan Sürücü are recommended to reduce pain and swelling.
Immediately after surgery, a personalized rehabilitation program is initiated. This program typically begins with passive range of motion exercises, followed by active movements and strengthening exercises. The main goal of rehabilitation is to restore the range of motion, strength, and stability of the shoulder, enabling the patient to safely return to daily life and sporting activities.
For more information about arthroscopic shoulder stabilization surgery or to discuss shoulder dislocation treatment options, you can contact Dr. Serkan Sürücü.
Non-Surgical Treatment After Reduction
Many first-time dislocations can be managed without an operation when the joint has been reduced, remains aligned and there is no high-risk bone or soft-tissue injury. A short period in a sling is followed by guided movement as pain settles. Rehabilitation restores comfortable range of motion, then strengthens the rotator cuff and shoulder-blade muscles that help centre the humeral head. Prolonged immobilisation is avoided because it can contribute to stiffness.
The plan is adjusted for age, occupation, sport, generalised laxity and the pattern of injury. A person returning to collision or overhead sport may face a different recurrence risk from someone whose daily activities place little demand on the shoulder. Follow-up is important even when pain improves, because a sense of slipping, apprehension in certain arm positions or repeated subluxation indicates persistent instability.
Who May Need Stabilisation Surgery?
Surgery is considered for recurrent dislocation, ongoing apprehension that limits daily life or sport, a repairable labral injury, or a first dislocation with features that make recurrence especially likely. The decision also accounts for glenoid and humeral-head bone loss, tissue quality, previous operations and the patient's goals. An MRI helps assess the labrum and capsular structures, while CT may be used when the amount and shape of bone loss will influence the operation.
How Is the Operation Planned?
When instability is mainly due to a detached anterior labrum and stretched capsule, arthroscopic Bankart repair can restore the soft-tissue restraint using suture anchors. The surgeon also assesses the rest of the joint for cartilage damage, a humeral-head impression injury and associated tendon problems. Arthroscopy is one approach rather than a universal solution; the procedure must match the pattern of structural damage.
Substantial glenoid bone loss, an engaging humeral-head defect or failure of an appropriate previous soft-tissue repair may require a bone-augmentation procedure such as Latarjet. Revision cases need a careful review of earlier imaging, operative notes, anchor position and rehabilitation. Choosing between soft-tissue repair, bone augmentation and a combined strategy is based on anatomy and recurrence risk, not on a single scan finding.
Anaesthesia and the Early Postoperative Period
Stabilisation is usually performed under general anaesthesia, often with a regional nerve block for early pain control. The arm is supported in a sling after surgery, but the duration and permitted movements depend on the repair. Hand, wrist and elbow motion is maintained, wound instructions are followed and prescribed pain medicines are used as directed. Driving, lifting and using the arm away from the body remain restricted until it is safe to progress.
Rehabilitation Milestones
Rehabilitation begins by protecting the repaired tissue while preventing unnecessary stiffness. Assisted or passive motion is introduced within the limits set by the surgeon, followed by active control and then graded strengthening. Later phases emphasise rotator-cuff endurance, scapular control, proprioception and sport- or work-specific movement. Progression depends on symptoms, movement quality and strength rather than a calendar alone.
Return to Work and Sport
Desk-based duties may resume before heavy manual work, but timing depends on pain control, sling use and whether the operated arm is needed for transport or safety. Contact and overhead athletes return only after healing has progressed, motion is functional and strength and control are close to the other side. A rushed return exposes the repair to loads it may not yet tolerate; a staged programme is safer than testing the shoulder with a single maximal effort.
Risks and Factors That Affect the Result
Possible complications include infection, stiffness, nerve or blood-vessel injury, persistent pain and recurrent instability. Recurrence is more likely when important bone loss is not addressed, tissue quality is poor or high-risk activity resumes before rehabilitation is complete. Smoking, uncontrolled medical conditions and poor adherence to the protection and exercise plan may also impair recovery. Risks are discussed in relation to the proposed procedure and the individual's health.
When Should You Seek Medical Review?
A shoulder that remains visibly out of position after injury is an emergency and should not be forced back at home. After reduction or surgery, increasing pain, fever, wound redness or drainage, new hand weakness or numbness, colour change, or another slipping episode needs prompt assessment. For persistent instability or questions about treatment, you can contact Assoc. Prof. Serkan Sürücü and review the wider shoulder service.