Previous Dislocation
A previous shoulder dislocation can damage stabilising tissues and increase the chance of recurrent instability.
Shoulder Reconstruction in Bengaluru
Shoulder reconstruction is used for selected patients with recurrent instability, dislocation or damaged stabilising structures around the shoulder. The goal is to improve stability, restore function and reduce repeated episodes.
Quick Answer
The procedure may be considered when ligaments, the joint capsule or the labrum have been stretched or torn and the shoulder repeatedly slips, partially dislocates or completely dislocates. Treatment is individualized after examination and imaging.
Understanding Shoulder Instability
The shoulder has a large range of movement, so its stability depends on a coordinated system of bone shape, labrum, capsule, ligaments and muscles.
A previous shoulder dislocation can damage stabilising tissues and increase the chance of recurrent instability.
A tear of the labrum near the front of the socket can contribute to repeated shoulder instability.
Repeated injury or excessive movement can stretch the capsule and ligaments that help stabilize the joint.
Contact, throwing and overhead sports can place repeated stress on the shoulder stabilisers.
A fall, collision or forceful arm movement can injure the structures that keep the shoulder in place.
Repeated slipping, subluxation or dislocation may progressively interfere with confidence and shoulder function.
Symptoms
Shoulder instability can present differently depending on the injury. Some people describe a feeling that the shoulder is loose or about to come out of place, while others have recurrent dislocations.
Diagnosis
Assessment begins with your history and a physical examination of shoulder movement, strength and stability. The number and mechanism of previous dislocations are important.
X-rays help evaluate bone and joint alignment. MRI or MR arthrography may be recommended to assess the labrum, ligaments, cartilage and other soft tissues. CT can be useful when bone loss needs detailed evaluation.
Treatment Options
Management depends on the cause of instability, age, activity level, number of episodes, associated injuries and response to non-surgical treatment.
Avoiding movements that repeatedly trigger instability may reduce symptoms while the shoulder is being evaluated.
Targeted strengthening and shoulder-control exercises can improve dynamic stability in selected patients.
Suitable labral and capsular injuries may be repaired through minimally invasive arthroscopic surgery.
Some complex instability patterns may require an open procedure depending on the structural problem.
When significant bone loss is present, a different stabilisation strategy may be considered after detailed assessment.
Structured rehabilitation after treatment is essential for restoring movement, strength and shoulder control.
When Surgery May Be Considered
Surgery may be discussed when instability continues despite appropriate non-surgical care or when the structural injury makes recurrent instability likely.
Treatment Goals
Surgical Journey
The exact technique depends on the damaged structures and the pattern of instability identified during assessment.
Your instability history, examination and imaging are reviewed to identify the underlying problem.
A small camera may be used to inspect the shoulder joint and confirm the damaged structures.
When appropriate, a torn labrum can be reattached to the socket using suitable fixation anchors.
Stretched capsule or ligaments may be tightened to improve the stability of the joint.
Protected movement followed by progressive strengthening helps the shoulder regain function.
Recovery & Rehabilitation
Recovery is gradual because repaired tissues need time to heal. Your rehabilitation plan will depend on the reconstruction performed.
A sling may be used for a period recommended by your surgeon to protect the repair during early healing.
Medication, rest and appropriate cold therapy may be used as advised to manage early discomfort.
Movement is introduced progressively to protect the repair while avoiding unnecessary stiffness.
Shoulder and supporting muscle strength are rebuilt progressively after the protected healing phase.
Work, gym and sports activities are reintroduced according to healing, strength and functional readiness.
Regular review helps monitor recovery and adjust rehabilitation as shoulder function improves.
Important Considerations
As with any surgical procedure, shoulder reconstruction has potential risks. These can include infection, stiffness, nerve or blood-vessel injury, recurrence of instability, failure of healing and complications related to anaesthesia.
Your individual risks depend on your health, the type of instability and the procedure required. A detailed consultation is important before deciding on surgery.
After Surgery
Frequently Asked Questions
Get a specialist assessment to understand the cause of instability and the right treatment options.