Latarjet Procedure for Shoulder Instability in Adelaide
Dr Arthur Turow, Shoulder SurgeonThe Latarjet procedure is an operation used to treat recurrent shoulder dislocations and instability. It is mainly used when there is significant bone loss from the shoulder socket. It involves transferring a small piece of bone to the front of the shoulder joint to improve stability and reduce the risk of further dislocations.
Dr Arthur Turow is an Adelaide-based orthopaedic surgeon specialising in shoulder and upper limb conditions, including recurrent shoulder dislocations and shoulder stabilisation surgery. He assesses the extent of any bone damage and the available treatment options for you. He will guide you to determine whether a Latarjet procedure may be appropriate.
Contact sports are a common cause of shoulder dislocations
Recurrent shoulder dislocations can lead to bone loss requiring surgery
The Latarjet Procedure involves transferring bone in your shoulder
The Latarjet procedure is done for recurrent instability and for bone loss after dislocations
Recovery after a Latarjet procedure involves several stages and can take 3-6 months
Shoulder Instability
Shoulder Arthroscopy
What is a Latarjet Procedure?
The Latarjet procedure is a type of shoulder stabilisation surgery. It is most commonly used for recurrent shoulder dislocations, especially when part of your shoulder socket has lose some bone.
The procedure involves transferring a small piece of bone, called the coracoid, from your shoulder blade (scapula) to the front of the shoulder socket (glenoid). The bone is then secured in position using screws. This increases the width of your socket, restores any bone loss and helps in stabilising your shoulder.
The tendons attached to the coracoid also provide additional stability. The attached tendons acts like a sling, offering additional dynamic support, particularly during activities that would typically cause dislocation.
The Latarjet procedure aims to improve shoulder stability and reduce the likelihood of further dislocations. However, the operation is not necessary for every patient with shoulder instability.
Why Does Shoulder Instability Occur?
Your shoulder allows a large range of movement, but this mobility also makes it more susceptible to dislocation.
A shoulder dislocation can damage the labrum, ligaments and capsule that help maintain stability. Repeated dislocations may also cause bone loss from the front of the glenoid.
Instability commonly occurs following an injury. Dislocations with sport are especially frequent. During contact or team sports such as AFL, rugby, soccer or basketball your shoulder is subjected to substantial loading which can lead to instability.
Some patients experience repeated complete dislocations. Others describe that their shoulder partially slips out, feels insecure or cannot be trusted during certain movements.
How Does the Latarjet Procedure Stabilise the Shoulder?
The Latarjet procedure improves shoulder stability through two main mechanisms.
Bone Transfer
The coracoid bone graft is transferred to the front of the glenoid. This widens the glenoid, restores any bone loss and helps tighten the front of your shoulder.
The wider socket provides additional bony support and reduces the tendency for your humeral head to move out of the socket.
Dynamic Sling Effect
The tendons attached to the transferred coracoid remain connected to their muscles. As your arm moves, they provide additional dynamic support to the front of your shoulder. This becomes particularly important in positions that would usually lead to a dislocation.

Bone Loss After Shoulder Instability
Recurrent dislocations can lead to bone loss of the socket of your shoulder (glenoid)

How the Latarjet Procedure Stabilises Your Shoulder
Latarjet surgery diagram showing transfer of the coracoid bone graft to the front of the shoulder socket.

Post-operative X-ray of a Latarjet Procedure
When Is a Latarjet Procedure Recommended?
The Latarjet procedure is particularly suited when:
- There is significant bone loss in your shoulder socket (glenoid), typically more than 15-20%.
- Previous shoulder stabilisation surgery has failed
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You participate in high-demand or contact sports and you have clinical features associated with a higher risk of recurrent instability
X-rays and CT scans are used to assess any bone loss and plan for surgery. MRI can help assess orther soft tissues around your shoulder, such as the labrum and your rotator cuff.
Not everyone with recurrent instability needs a Latarjet procedure.
Latarjet Procedure vs Arthroscopic Bankart Repair
Shoulder instability can be treated with shoulder arthroscopy (arthroscopic Bankart repair) and the Latarjet procedure. While both procedures aim to restore stability, they achieve this by different techniques.
An arthroscopic Bankart repair uses small incisions to reattach the damaged labrum and supporting tissues to your shoulder socket. It is partiularly effective when bone loss is limited and the surrounding structures are suitable for repair.
The Latarjet procedure transfers bone to the front of the glenoid. This is more suited to your shoulder if you have substantial bone loss or other risk factors make a soft tissue repair less reliable.
The most suitable operation depends on your individual shoulder anatomy, injury pattern and risk of recurrent instability. Dr Arthur Turow will discuss this with your during your consultation.

Arthroscopic Bankart Repair
Illustration showing a Bankart repair. This is an arthroscpic procedure where your torn labrum is repaired using special arthroscopic instrumments and suture anchors.

The Latarjet Procedure
Illustration showing how the Latarjet procedure. Transfer of the coracoid bone graft to the front of the shoulder socket restores stability to your shoulder.
What Happens During Latarjet Shoulder Surgery?
The Latarjet procedure is done under general anaesthesia. A regional nerve block may also be used to help manage pain immediately after surgery.
In an open Latarjet procedure, an incision is made at the front of your shoulder. The coracoid process is prepared and transferred to the front of the glenoid, where it is secured with titanium screws.
Your shoulder stability is then checked and the position of the graft confirmed using intra-operative X-Rays. Your incision is then closed and waterproof dressings applied.
Following surgery, your arm is placed in a sling to protect the repair while the bone graft heals.
Why Choose Dr Arthur Turow for Latarjet Surgery in Adelaide?
Dr Turow is an Australian-trained orthopaedic surgeon with a subspecialty focus on shoulder and upper limb surgery, including shoulder instability and reconstructive surgery. He is a Fellow of the Royal Australasian College of Surgeons and a member of the Australian Orthopaedic Association. He also holds a Master of Surgery and is a clinical lecturer with the University of Adelaide.
Treatment begins with an assessment of your injury, examination and imaging. Dr Turow will discuss with you the extent of any glenoid bone loss, associated injuries and the factors that may influence the risk of further dislocations.
Consultations are available in Adelaide CBD and at regional locations across South Australia, including Yorke Peninsula, Gawler and Mt Barker.
Read more about Dr Turow and his training.
Recovery After a Latarjet Procedure
Recovery occurs in stages with assistance by your physiotherapist. Dr Arthur Turow will guide you during your rehabilitation.
Stage 1 (0-6 weeks)
Protect the bone graft & prevent stiffness
- Your arm is placed in a sling
- You can start on early gentle, passive range-of-motion exercises guided by your physiotherapist
Stage 2 (6-12 weeks)
Increase Range of motion
- The sling is gradually weaned after six weeks
- You start on active range of motion, avoiding abduction with concurrent external rotation
- Low-resistance strengthening is introduced
Stage 3 (3-6 Months)
Strengthening & Return to full activities
- This stage focusses on strengthening and resistance is increased
- You can return to swimming
- Functional exercises are introduced to prepare you for your specific activities or sports, ensuring proper mechanics and stability.
What Are the Risks of Latarjet Surgery?
The Latarjet procedure can provide reliable shoulder stability but complications can occur.
Potential risks include infection, bleeding, nerve injury, stiffness, persistent pain, loss of movement, graft nonunion or absorption, screw-related problems and recurrent instability. Some complications may require further surgery.
Dr Turow will discuss your expected benefits, risks and alternative treatment during your consultation.
Frequently Asked Questions
Is the Latarjet Procedure a Major Operation?
Yes. Surgey is done under general anaethesia and you need admission into hospital. It involves transferring and fixing a piece of bone to the shoulder socket. The graft needs time to heal, and rehabilitation is important for recovery.
How Long Does Recovery Take After Latarjet Surgery?
You will be in a sling for approximately six weeks. Movement and strengthening are gradually introduced. You need follow-up imaging after three months to ensure that your bone graft has healed. Returning to sport and heavier activities takes 3-4 months.
Can the Shoulder Dislocate Again After a Latarjet Procedure?
The aim of the Latarjet procedure is to reduce the likelihood of recurrent dislocation. It is very effective, but further instability remains possible. The risk of this is about 5%.
Is a Latarjet Better Than a Bankart Repair?
Neither operation is best for every patient. A Bankart repair works very well when bone loss is limited, while Latarjet surgery tends to work better if you have significant bone loss or other factors increasing the risk of recurrent instability. The decision is based on your individual shoulder.
