Shoulder Surgery

Your shoulder is the most flexible joint in your body. It allows you to place and rotate your arm in many positions in front, above, to the side, and behind your body.
This flexibility also makes your shoulder susceptible to instability and injury.
Depending on the nature of the problem, nonsurgical methods of treatment often are recommended before surgery. However, in some instances, delaying the surgical repair of a shoulder can increase the likelihood that the problem will be more difficult to treat later.
Early, correct diagnosis and treatment of shoulder problems can make a significant difference in the long run.
Your Orthopaedic Consultant will evaluate you physically, arrange all necessary diagnostic imaging and explain the most appropriate course of treatment available to you, whether it be Physiotherapy, Surgery or Strength & Conditioning.


For further information on this subject please email or call +353 1 5262000

The shoulder is a ball-and-socket joint. It is made up  of three bones: the upper arm bone (humerus), shoulder blade (scapula) and collarbone (clavicle). The ball at the top end of the arm bone fits into the small socket (glenoid) of the shoulder blade to form the shoulder joint (glenohumeral joint).

The socket of the glenoid is surrounded by a soft-tissue rim (labrum). A smooth, durable surface (articular cartilage) on the head of the arm bone, and a thin inner lining (synovium) of the joint allows the smooth motion of the shoulder joint.

The upper part of the shoulder blade (acromion) projects over the shoulder joint. One end of the collarbone is joined with the shoulder blade by the acromioclavicular (AC) joint. The other end of the collarbone is joined with the breastbone (sternum) by the sternoclavicular joint.

The joint capsule is a thin sheet of fibers that surrounds the shoulder joint. The capsule allows a wide range of motion, yet provides stability. The rotator cuff is a group of muscles and tendons that attach your upper arm to your shoulder blade. The rotator cuff covers the shoulder joint and joint capsule.

The muscles attached to the rotator cuff enable you to lift your arm, reach overhead, and take part in activities such as throwing or swimming.

A sac-like membrane (bursa) between the rotator cuff and the shoulder blade cushions and helps lubricate the motion between these two structures.


Bursitis or tendinitis can occur with overuse from repetitive activities, such as swimming, painting, or weight lifting. These activities cause rubbing or squeezing (impingement) of the rotator cuff under the acromion and in the acromioclavicular joint. Initially, these problems are treated by modifying the activity which causes the symptoms of pain and with  a rehabilitation program for the shoulder.


Partial thickness rotator cuff tears can be associated with chronic inflammation and the development of spurs on the underside of the acromion or the acromioclavicular joint.
The conservative nonsurgical treatment is modification of activity, light exercise, and, occasionally, a cortisone injection. Nonsurgical treatment is successful in a majority of cases. If it is not successful, surgery often is needed to remove the spurs on the underside of the acromion and to repair the rotator cuff.


Full-thickness rotator cuff tears are most often the result of impingement, partial thickness rotator cuff tears, heavy lifting, or falls. Nonsurgical treatment with modification of activity can be successful in some cases.
If pain continues, surgery may be needed to repair  full – thickness rotator cuff tears. Arthroscopic  techniques allow shaving of spurs, evaluation of the rotator cuff, and repair of some tears.
Repair of a rotator cuff tear requires extensive rehabilitation to restore the function of the shoulder.


Instability occurs when the head of the upper arm bone (humerous) is forced out fo the shoulder socket. This can happen particularly in Rugby, Football and Gaelic Games. Gradual stretching of the capsular ligaments can occur in people involved in overhead throwing activities.
The two basic forms of shoulder instability are subluxations and dislocations. A subluxation is a partial or incomplete dislocation. If the shoulder is partially  out of the shoulder socket, it eventually may dislocate. Even a minor injury may push the arm bone out of its socket. A dislocation is when the head of the arm bone slips out of the shoulder socket. Some patients have chronic instability. Shoulder dislocations may
occur repeatedly.
Repeated dislocation can cause increased wear in the shoulder joint and repair i.e. reconstruction is usually recommended. This can be done openly or arthroscopically (keyhole)  and depends on the patients requirements i.e the game they play, the age they are and other considerations.
Usual healing time following surgical reconstruction would be in the order of about four months.


A fractured clavicle and acromioclavicular separation are common injuries of children and others who fall on the side of their shoulder when playing. Most of these injuries are treated nonsurgically with slings or splints. Severe displaced fractures or acromioclavicular joint separation may require surgical repair.


A fractured head of the humerus is a common result of falls on an outstretched arm, particularly by older people with osteoporosis. If fragmented or displaced, it may require open surgical repair and possibly replacement with an artificial joint (prosthesis).


Osteoarthritis and rheumatoid arthritis can destroy the shoulder joint and surrounding tissue. They can  also cause degeneration and tearing of the capsule or the rotator cuff. Osteoarthritis occurs when the articular surface of the joint wears thin.
Rheumatoid arthritis is associated with chronic inflammation of the synovium lining which can produce chemicals that eventually destroy the inner lining of the joint, including the articular surface.
Shoulder replacement is recommended for patients with painfuil shoulders, limited motion and failure to respond to conservative treatment. The treatment options are either replacement of the ball of the joint and/or replacement of both the ball and the socket. This is something that needs discussing and is tailored to each individual patient.


The orthopaedic evaluation of your shoulder consists of three components:
  • A medical history to gather information about current complaints; duration of symptoms, pain and limitations; injuries; and past treatment with medications or surgery.
  • A physical examination to assess swelling, tenderness, range of motion, strength or weakness, instability, and/or deformity of the shoulder.
  • Diagnostic tests, such as X-rays taken with the shoulder in various positions. Magnetic resonance imaging (MRI) may be helpful in assessing soft tissues in the shoulder. Computed tomography (CT) scan may be used to evaluate the bony parts of the shoulder.
The results of your evaluation will be discussed  with you, and the best treatments will be explained. It may be agreed that surgery is the best treatment option in some cases.


Arthroscopy allows the surgeon to insert a pencil-thin device with a small lens and lighting system into tiny incisions to look inside the joint. The images inside the joint are relayed to a TV monitor, allowing the doctor to make a diagnosis. Other surgical instruments can be inserted to make repairs, based on what is with the arthroscope.
Arthroscopy often can be done on an outpatient basis. According to the American Orthopaedic Society for Sports Medicine, more than 1.4 million shoulder arthroscopies are performed worldwide
each year.


Open surgery may be necessary and, in some cases, may be associated with better results than arthroscopy. Open surgery often can be done through small incisions of just a few inches.
Recovery and rehabilitation is related to the type of surgery performed inside the shoulder, rather than whether there was an arthroscopic or open surgical procedure.
Suite: 14
Fax: +353 1 526 2289
Secretary: Michelle Stokes
Mr Jimmy Colville Shoulder specialist Santry
James Colville
Consultant Orthopaedic Surgeon
  • Shoulder Surgery
  • Upper Limb
Suite: 4
Fax: +353 1 526 2336
Secretary: Louise Fleury
Ms Ruth Delaney Sports Surgery Clinic
Ruth Delaney
Consultant Orthopaedic Surgeon
  • Arthroscopic Surgery
  • Joint Replacement
  • Shoulder Surgery
  • Sports Injury
Suite: 19
Fax: +353 1 860 0076
Secretary: Bernie O'Rourke
Mr Darragh Hynes Sports Surgery Clinic
Darragh Hynes
Consultant Orthopaedic Surgeon
  • Shoulder Surgery
  • Upper Limb
Suite: 19
Phone: 0894004995
Fax: 019012607
Secretary: Lisa Flanagan
Diarmuid Molony Orthopaedic Surgeon Santry
Diarmuid Molony
Consultant Orthopaedic Surgeon
  • Elbow Surgery
  • Shoulder Surgery
Suite: 17
Fax: +353 1 526 2353
Secretary: Therese Gubbins / Lorraine Humphries
Professor Cathal Moran Sports Surgery Clinic
Professor Cathal J Moran
Professor of Orthopaedics & Sports Medicine, Consultant Orthopaedic Surgeon.
  • Joint Replacement
  • Knee Surgery
  • Shoulder Surgery
  • Sports Injury
Suite: 6
Fax: +353 1 526 2254
Secretary: Grainne Roche / Orla Palmer - Med Legal Queries only to Finn Ryan
Hannan Mullett Shoulder Specialist Santry
Hannan Mullett
Consultant Orthopaedic Surgeon
  • Shoulder Surgery
  • Upper Limb
Suite: 1
Fax: +353 1 526 2234
Mr Shea O'Flanagan
Shea (James) O'Flanagan
Consultant Orthopaedic Surgeon
  • Hand Surgery
  • Knee Surgery
  • Shoulder Surgery
Suite: Lymewood Suite
Mr Ronan McKeown SSC
Ronan McKeown
Consultant Orthopaedic Surgeon
  • Arthroscopic Surgery
  • Shoulder Surgery
  • Upper Limb
Suite: Northwood Suite
Fax: +353 1 5262346
Secretary: Niamh Kennedy
Ann Maria Byrne Elbow Surgeon
Ann-Maria Byrne
Consultant Orthopaedic Surgeon
  • Elbow Surgery
  • Hand Surgery
  • Joint Replacement
  • Shoulder Surgery
  • Sports Injury
  • Wrist Surgery