Shoulder Instability and Labral Injuries in Jaipur

What shoulder instability and labral tears are

The shoulder is a ball-and-socket joint. The ball is the top of the upper arm bone (humeral head) and the socket is a shallow cup on the shoulder blade (glenoid). A ring of firm tissue called the labrum deepens the socket and helps keep the ball in place. Ligaments and the joint capsule also hold the joint together.

Shoulder instability means the ball moves too much or slips out of the socket. This can happen as a partial slip (subluxation) or a full dislocation where the ball comes completely out. When the ball dislocates forward, it often tears the labrum off the front of the socket. This tear is called a Bankart lesion.

A SLAP tear is a tear at the top of the labrum where the biceps tendon attaches. A Hill-Sachs lesion is a dent in the back of the ball caused by it hitting the front of the socket during dislocation. In recurrent anterior instability, the Hill-Sachs lesion is typically found together with glenoid bone loss, making it a bipolar injury. In studies, labral tears are found in almost all people with recurrent anterior shoulder instability.

Symptoms of shoulder instability and labral tears, and warning signs needing same-day care

Common symptoms include:

• A feeling that the shoulder may slip out or has slipped out
• Pain with certain movements such as throwing or reaching overhead
• Clicking or catching sensations
• A sense of looseness or weakness

Some people wake at night with pain. Recurrent dislocations often happen with minimal force, such as rolling over in bed or reaching for an object.

Seek care the same day if:

• The shoulder is visibly deformed after an injury and you cannot move the arm.
• The arm or hand becomes numb, cold, or changes colour.
• Pain is severe and not relieved by rest or simple pain medicine.
• You cannot feel your fingers or hand.

These signs may mean the joint is still dislocated or that nerves or blood vessels are injured.

Causes and who is at higher risk for shoulder instability and labral tears

A first dislocation is usually caused by a fall on an outstretched hand, a direct blow, or a forced overhead movement. Once the labrum or ligaments are torn, the shoulder can dislocate again with much less force. Glenoid bone loss can occur with each dislocation episode.

Factors that increase the chance of recurrent instability include:

• Age under 25 at the time of first dislocation.
• Male sex; in long-term studies about 82% of patients were men.
• Participation in contact or overhead sports.
• Presence of a Hill-Sachs lesion or glenoid bone loss.
• A first dislocation before age 20 carries a very high recurrence rate.
• Patients in surgical series had an average age in the mid-20s and had often experienced more than ten dislocation episodes.

How shoulder instability and labral tears are diagnosed: examination and tests

Your surgeon will ask about the number of dislocations, the direction of instability, and how the shoulder affects daily life and sport. Clinical tests check for apprehension, relocation, and signs of laxity. Other pathology such as Bankart tears, labral or capsular injuries must be identified.

Imaging is used to confirm the diagnosis and plan treatment:

• X-rays show bone loss, fractures, or a Hill-Sachs lesion.
• MRI or MR arthrogram shows the labrum, ligaments, and soft tissue tears.
• CT scan with 3D reconstruction is often used to measure the amount of glenoid bone loss precisely.

Identification of concomitant glenoid bone loss is essential to optimise clinical outcome. Treatment is dictated by subjective and objective findings of shoulder instability and radiographic findings.

Non-surgical treatment for shoulder instability and labral tears, and when surgery is advised

Non-surgical management includes a period of immobilisation followed by a focused rehabilitation programme to strengthen the rotator cuff and scapular muscles. This approach is acceptable in cases of small bony defects and non-engaging lesions where the joint remains stable during desired activities. It is often tried first for a first-time dislocation or for patients with low functional demands.

Surgery is usually advised when:

• You have had multiple dislocations, particularly with minimal trauma.
• A comprehensive rehabilitation programme including physical therapy and activity modification has not improved symptoms.
• You are a younger, active individual or athlete who wants to return to sport.
• There is significant glenoid bone loss or an engaging Hill-Sachs lesion.
• Persistent shoulder pain interferes with daily life.

The choice of technique depends on the surgeon's expertise, your specific condition, and any additional injuries. Surgical options include arthroscopic and open techniques.

Preparing for Shoulder Instability Surgery at Jaipur Hospital

Before your operation, your surgeon will ask for a few tests to make sure you are fit for anaesthesia and to plan the repair. These usually include imaging studies such as X-rays or MRI scans to assess the extent of the injury and plan the surgery.

Blood tests are done to check for any underlying health issues that could affect surgery. If you have a history of heart problems, a cardiac evaluation may be necessary.

You will have a medication review with your healthcare provider. Some medicines, especially blood thinners, may need to be adjusted or stopped before surgery to reduce the risk of bleeding. If you smoke, consider quitting or reducing smoking before surgery, as it can impair healing.

Arrange for someone to accompany you on the day of surgery and to assist you during the initial recovery period at home. Follow the fasting instructions given by your surgeon; typically you will be advised not to eat or drink anything after midnight the night before your procedure.

Prepare your home for recovery by clearing pathways, setting up a comfortable resting area, and keeping necessary supplies within reach. On the day of surgery, wear loose-fitting, comfortable clothing that allows easy access to your shoulder. It is normal to feel anxious; relaxation techniques such as deep breathing, meditation, or visualisation can help ease your mind.

How Shoulder Stabilisation and Labral Repair Surgery Is Done

On the day of surgery, you will be admitted to the ward and prepared for the operation. The anaesthetist will give you a general anaesthetic and an interscalene nerve block to numb the shoulder and arm. The surgical team will make small incisions around the shoulder to insert the arthroscope and instruments.

The surgeon examines the joint, confirms the labral tear and any bone loss, and then performs the chosen repair using suture anchors or bone transfer. The incisions are closed with stitches or steristrips and a dressing is applied. Your arm will be placed in a sling before you wake up in the recovery area.

Risks and Possible Complications of Shoulder Stabilisation Surgery

All surgery carries some risk. In studies of shoulder stabilisation procedures, the overall complication rate has been reported around 11.9% to 13.8%. Specific complications can include infection, stiffness, nerve injury, and recurrent instability.

Recurrent dislocation after surgical stabilisation has been reported in about 7.5% to 10% of shoulders in various studies. The revision (re-operation) rate has been reported around 3.7%. Some patients experience residual shoulder pain; in long-term follow-up studies, residual pain was reported in 35.7% of patients, with 4.8% experiencing daily pain. Arthritic changes were seen in 38.2% of patients at long-term follow-up.

After the Latarjet procedure, diminished internal rotation capacity has been noted compared to other techniques. Persistent apprehension (a feeling the shoulder may dislocate) was reported more often after arthroscopic Latarjet (35.7%) than after open Latarjet (10.2%). Donor-site sensory disturbances have been noted with some bone graft techniques.

Your surgical team will discuss the risks that apply to your specific procedure and anatomy. No specific complication and no significant limitation of motion more than 10 degrees was noted in one series at final follow-up.

Recovery and Aftercare After Shoulder Labral Repair

After surgery, you will wear a sling to protect the repair. Pain is managed with regular medication and the interscalene block usually provides good relief for the first 12 to 24 hours. In studies, pain scores (VAS) decreased from a preoperative average of 4.9 to a postoperative average of 1.9.

Range of motion returns gradually. In patients with isolated Bankart lesions, forward elevation reached 120° by the 6th postoperative week and recovered to normal by the 12th week. External rotation at 90° abduction improved from 30° at the 9th week to almost normal by the 6th month. Recovery of normal range of motion is slower in patients with combined Bankart and SLAP lesions.

Physiotherapy starts early with passive movements and progresses to active exercises as the repair heals. You will be given a home exercise programme and outpatient physiotherapy appointments. Return to contact sports is typically around 6 months, but your surgeon will guide you based on your progress and the type of repair.

Call the hospital or your surgeon if you develop:

• Increasing pain not controlled by medication
• Swelling or redness around the wounds
• Fever
• Numbness or tingling in the arm or hand that is new or worsening
• Any sudden popping sensation in the shoulder

Results of Shoulder Instability Surgery: How Well It Works and Recurrence Rates

In studies, surgical stabilisation shows good functional outcomes. Mean ASES scores improved from 56.4 preoperatively to 91.8 postoperatively. Mean Rowe shoulder scores improved from 33.7 to 94.1. In one series, all patients had better than good results, with 6 excellent and 9 good according to the Rowe scoring system.

Recurrent dislocation was not observed until the last follow-up and anterior instability was not noted on examination in that series.

Return to sport rates are high overall. The overall rate of return to play was 84.9% across studies, with 86.1% achieving good or excellent outcomes. After arthroscopic Bankart repair, the rate of return to sport was 97.5%, and the rate of return to pre-injury level was highest at 91.5%. The mean time to return to sport after arthroscopic Bankart was 5.9 months.

After the Latarjet procedure, the overall return to play rate was 88.8%, with 72.6% returning to the same level. The mean time to return to play was 5.8 months. Among collision athletes, 88.2% returned to play and 69.5% to the same level. Among overhead athletes, 90.3% returned to play and 80.6% to the same level.

Arthroscopic Bankart repair resulted in a 7-fold lower recurrence rate than conservative management and a higher rate of return to play than conservative management. The overall recurrent instability rate across surgical procedures was 8.5%.

Both open and arthroscopic Latarjet procedures result in significant improvements in function and outcome scores, with no significant difference in clinical or radiologic outcomes except for internal rotation.

Cost and Insurance for Shoulder Stabilisation Surgery in Jaipur

The typical price range for shoulder stabilisation and labral repair surgery in India is ₹1,50,000 to ₹3,00,000.

The final cost depends on several factors:

• The choice of hospital and its pricing structure
• The city or region (urban centres may have higher costs)
• The type of room you choose (private, semi-private, or general)
• Whether any complications arise during or after surgery that need additional treatment

Ask us for an estimate based on your specific procedure and room preference.

Jaipur Hospital is a NABH-accredited multispeciality hospital established in February 1991.

We accept patients under:

• RGHS
• MAA Yojana
• CGHS
• A panel of private insurers and TPAs

Our facilities include 24×7 emergency and ambulance services, intensive care, in-house pharmacy, diagnostic laboratory and imaging, modular operation theatres, and a dedicated physiotherapy department. The Orthopaedics and Sports Injury departments manage these procedures with support from Anaesthesia and Critical Care.