Shoulder Arthritis

ΠΕΡΙΕΧΟΜΕΝΑ

The shoulder joint is a biomechanical masterpiece. It is the joint with the greatest range of motion in the human body, allowing us to perform simple everyday movements, to participate in demanding sports, and to respond to heavy manual work. However, this very freedom of movement comes at a price: it makes the shoulder extremely vulnerable to wear and tear.

Shoulder arthritis is a chronic, degenerative condition that causes the progressive and irreversible deterioration of the joint surfaces. For the patient, this translates into constant, exhausting pain, loss of mobility, and a gradual decline in quality of life.

As a doctor and scientist, I have learned to approach every medical case with deep scepticism towards easy diagnoses. I am not satisfied with superficial answers, and I double-check every piece of data, every X-ray, and every symptom. Medicine is not a science of absolute dogmas, but a continuous search for accuracy. The purpose of this extensive, analytical guide is to shed light on the darkness of misinformation, to explain with scientific clarity what exactly is happening in your shoulder, and to present you with all the modern, evidence-based treatment options.

Understanding the Anatomy: What is Shoulder Arthritis?

To grasp the magnitude of the problem, we must know the anatomy of the area. The shoulder girdle does not consist of one, but of two main joints that work in perfect harmony:

The Glenohumeral Joint: This is the main and largest joint of the shoulder. It resembles a ball (the head of the humerus) fitting into a shallow socket (the glenoid of the scapula).
The Acromioclavicular Joint: A smaller joint at the top of the shoulder, where the clavicle (collarbone) meets the acromion (a protrusion of the scapula).

In both of these joints, the bone surfaces that come into contact are covered by articular cartilage. Cartilage is an extremely smooth, white, and durable tissue (a “soft covering”) that functions as a shock absorber and allows the bones to glide over one another with virtually no friction. The joint is also surrounded by the joint capsule, which produces the synovial fluid that lubricates the joint.

Arthritis is a pathological condition in which the protective cartilage begins to thin, wear down, crack, and ultimately be destroyed. In advanced stages of arthritis, there is no cartilage left at all. This condition is called “bone-on-bone”, as the bones rub directly against each other, causing inflammation, the formation of osteophytes (“spurs”), crepitus (a grinding sound), and intense pain.

The Types of Shoulder Arthritis

Arthritis is not a single disease, but an umbrella term that includes different pathologies with different causes. As scientists, we always investigate the precise underlying cause to tailor the treatment:

Osteoarthritis (Degenerative Arthritis)

The most common form. It is the gradual, mechanical wear of the articular cartilage over time. It appears more often in people over 50 years of age and is related to chronic overuse, the type of work performed, and, to a large extent, to genetic predisposition.

Rotator Cuff Tear Arthropathy

This is a very particular and serious form of secondary arthritis. The rotator cuff tendons keep the head of the humerus centred in its socket. When there is a massive, chronic tear of these tendons that remains untreated, the head shifts upwards, rubs under the acromion, and quickly destroys the joint.

Post-traumatic Arthritis

It appears months, years, or even decades after a serious shoulder injury. A complicated or neglected fracture of the head of the humerus or of the glenoid, or repeated recurrent dislocations of the shoulder, disrupt the perfect biomechanical anatomy. This asymmetry leads to premature and very rapid wear of the cartilage.

Rheumatoid Arthritis (and other autoimmune conditions)

This is a systemic, autoimmune, inflammatory disease. The patient’s own immune system mistakenly attacks the synovial membrane (the inner lining of the capsule). This causes severe inflammation, thickening of the tissues, and the production of enzymes that literally “eat away at” and destroy the cartilage and bones. It often affects both shoulders simultaneously.

Avascular Necrosis (Osteonecrosis)

A condition where the normal blood supply to the head of the humerus is interrupted. The bone cells starve and die. The bone loses its structural integrity and collapses, taking with it and destroying the overlying cartilage. The causes include long-term use of high doses of cortisone, systemic diseases, deep-sea diving, or severe fractures.

Septic Arthritis

A destructive infection (microbial contamination) within the joint, which, if not addressed immediately as a medical emergency, dissolves the cartilage within just a few days.

Ο μόνος Ορθοπαιδικός στην Ελλάδα στην χειρουργική ώμου και άνω άκρου με προϋπηρεσία μόνιμης διευθυντικής θέσης (substantive Consultant ) για 10 συναπτά έτη στην Μεγάλη Βρετανία

Symptoms: How Will You Recognise Shoulder Arthritis?

The symptomatology of shoulder arthritis usually develops insidiously and worsens gradually, although in some cases (such as in rheumatoid arthritis or avascular necrosis) the progression can be rapid.

Pain: This is the dominant and most distressing symptom. In the early stages, the pain appears during activities, especially when lifting heavy objects, after exercise, or when performing movements above head level. As the condition progresses, the pain becomes constant, and the well-known nocturnal pain sets in. The patient experiences pain in all sleeping positions, wakes up continuously, and suffers significant loss of sleep and chronic fatigue. If the arthritis is located in the glenohumeral joint, the pain often radiates downwards to the elbow or arm. If it is located in the acromioclavicular joint, the pain often radiates towards the neck.

Stiffness and Reduced Mobility: The shoulder loses its normal flexibility. The patient feels their shoulder is “heavy” or “stuck”. There is a significant, measurable loss of range of motion (e.g. inability to reach the back or raise the arm overhead).
Crepitus and Mechanical Symptoms: The patient (and often those around them) may hear and feel a characteristic friction sound (like a “crack” or “creak”) within the joint during movement. This is the direct result of the friction of the bare bones.
Weakness and Decline in Quality of Life: There is constant discomfort and difficulty with carrying out simple, basic daily tasks. Personal hygiene, dressing, combing one’s hair, office work, driving, and even using a computer mouse, become an ordeal. Sport becomes practically impossible.

In Whom Is the Disease Most Often Seen? (Demographic Data)

Statistical data show clear trends:

Idiopathic osteoarthritis appears with overwhelming frequency in women over 50 years of age, a fact probably related to the hormonal changes of menopause that affect tissue quality.

However, arthritis makes no exceptions. Younger people can develop post-traumatic arthritis after motorcycle accidents, sports injuries (dislocations), or severe fractures.
Workers in manual occupations (e.g. construction workers, painters) who use their arms above head height for decades belong to the high-risk groups.

The Diagnostic Approach: Scepticism and Scientific Accuracy

As I have emphasised, complacency has no place in medicine. The diagnosis of arthritis should never be based on a glance at an old X-ray.

When you visit the practice, the process begins with the taking of a thorough medical history. I need to know exactly when the pain began, what its quality is, what medications you have tried, and how your daily life has been affected. Then comes the detailed clinical examination. I check the range of motion (passive and active), palpate the joints, evaluate muscular strength, and reproduce the symptoms through specialised orthopaedic tests (provocative tests) in order to isolate the source of the pain.

Next, an imaging assessment is mandatory:

X-rays: This is the first step. They show us the narrowing of the joint space (proof that cartilage is missing), the existence of osteophytes, and the bone deformities.
Computed Tomography (CT Scan): I am categorical about this: if there is any indication of significant bone loss or deformity of the glenoid, a simple X-ray is not enough. The 3D CT scan gives us a three-dimensional map of the destruction, something critical for preoperative planning.
Magnetic Resonance Imaging (MRI): Essential for double-checking the condition of the soft tissues. We need to know with absolute certainty whether the rotator cuff tendons are intact or have suffered a tear, as this radically changes the treatment plan.

Conservative Treatment of Shoulder Arthritis

Every patient is unique, and the treatment is strictly personalised. As a doctor who respects the patient, the first line of defence — unless the destruction is complete — is conservative treatment.

Rest and Activity Modification: Avoidance of movements that provoke and aggravate the pain.
Pharmaceutical Therapy: Use of painkillers and non-steroidal anti-inflammatory drugs (NSAIDs) to reduce inflammation and pain.
Specialised Physiotherapy: A targeted, specific exercise programme is fundamental. The goal is not the regeneration of cartilage (something biologically impossible), but the preservation of the range of motion and the strengthening of the rotator cuff and scapular muscles, in order to stabilise and offload the joint.
Intra-articular Injections:
Steroids (Cortisone): Offer powerful but transient (a few months) anti-inflammatory action and relief.
Hyaluronic Acid: Functions as a synthetic lubricant, improving the gliding of the joint surfaces.
Biological Therapies (PRP — Platelet-Rich Plasma / Stem Cells): These use the body’s own growth factors to reduce inflammation and improve the environment of the joint. Here I maintain my scientific scepticism: these therapies are excellent for relieving symptoms in the early and middle stages, but they do not “grow” new cartilage. We must be honest with the patient’s expectations.

Surgical Treatment: The Definitive Management

In the advanced stages of the condition (bone-on-bone stage), or when conservative treatment has definitively failed, the pain is unbearable, and the stiffness restricts life, surgical intervention is the indicated, scientifically correct solution.

With deep knowledge and experience, I offer my patients the most modern, minimally invasive, and advanced surgical techniques worldwide, ensuring faster recovery and preservation of the physiology of the shoulder.

Shoulder Arthroscopy (Arthroscopic Debridement)

In the earlier stages of arthritis, in younger patients, we apply minimally invasive techniques to preserve the joint. Through openings of just a few millimetres, we insert a camera (arthroscope) and special instruments. We perform a meticulous cleaning of the joint, remove loose cartilage bodies, smooth the worn surfaces, and remove the inflammatory elements of the capsule. This method is bloodless and painless, and offers significant relief, although it does not definitively cure arthritis.

Shoulder Arthroplasty: The End of Pain

When the joint has been destroyed, the only definitive solution is to replace it with artificial, biocompatible implants. The decision regarding the type of arthroplasty is taken after a strict analysis of the examinations:

Resurfacing Hemiarthroplasty: Only the damaged cartilage of the humeral head is replaced with a metal “cap”, preserving the maximum possible amount of your own bone.

Anatomic Total Arthroplasty (With or Without Stem — Stemless): Both sides (head and glenoid) are replaced with metal and plastic materials. The modern stemless technique represents a revolution, as it does not use the long metal rod inside the bone, preserving an excellent bone stock for the future. The rotator cuff must be healthy.

Reverse Total Arthroplasty: The definitive solution for cases of rotator cuff arthropathy, where the tendons are destroyed. The anatomy is reversed (the ball is placed on the scapula and the socket on the humerus), allowing the shoulder to move with the strength of the external deltoid muscle alone.

Our approach emphasises minimally invasive techniques (small incisions, no trauma to healthy tissues), which allow for immediate mobilisation. With a special exercise programme that begins immediately after the operation, the results are impressive: arthritic pain is eliminated, range of motion returns, and strength is restored to the maximum extent.

Meet the Doctor: Dr. Ioannis Polyzois

The management of arthritis and complex joint replacement operations requires a high degree of surgical skill and experience that allows no room for experimentation. As an Orthopaedic Surgeon with absolute, targeted specialisation in conditions of the shoulder and upper limb, my primary goal is to offer you a safe, definitive, and strictly evidence-based solution.

Having served as a permanent Consultant in Orthopaedics in the National Health Service of Great Britain (NHS) for more than 10 years, I have been called upon to manage and treat the most severe, demanding, and neglected cases of arthritis. My extensive years of further training at the largest centres of arthroscopic and reconstructive surgery worldwide enable me to apply the most advanced international techniques (such as stemless arthroplasties) in Greece.

To date, I have performed more than 9,000 arthroscopic and open surgical operations. This vast, audited, and documented clinical experience makes me competent for the successful and safe execution of high-difficulty operations. Every patient is treated as a separate, unique individual. I am here, with my scientific team, so that we can diagnose your problem honestly and design together your return to a daily life full of independence and joy.

Cost and Price: Operations for Shoulder Arthritis

The financial aspect of a surgical operation is an important and entirely reasonable question for every patient. It is critical, however, to understand that modern orthopaedics does not offer “deal packages”, but personalised medical procedures, adapted to the severity of your particular condition.

The price of the surgical treatment of shoulder arthritis varies significantly because it depends on critical factors:

The method: An arthroscopic debridement has a completely different complexity and duration from a total or reverse arthroplasty.
The materials (Implants): We use materials of the highest technology and durability from certified international manufacturers. The type of implant (e.g. stemless, reverse) largely determines the cost.
The hospital of stay: The days of hospitalisation and the infrastructure of the hospital.
Your insurance coverage: Whether you use EOPYY (Greek national insurance) or your private insurance policy.

For absolute transparency and to avoid hidden charges, an accurate costing can only be made after the scheduling of an appointment, your clinical examination, and a thorough study of your imaging examinations. Our purpose is to provide you with the top medical solution with honesty and respect.

Movement is life!

The pain of arthritis is not a punishment that you must endure in silence. Modern orthopaedics provides absolutely safe, tested, and permanent solutions.

Contact our practice today to schedule an appointment. I will listen to your problem, we will evaluate your examinations together, and we will create the appropriate, strictly personalised plan to definitively rid you of the pain and get your life back.

Η κIνηση εIναι ζωH!

Επικοινωνήστε με τον γιατρό για εξειδικευμένη ορθοπαιδική φροντίδα, προσαρμοσμένη στις ανάγκες σας

Συχνές ερωτήσεις

How quickly does shoulder arthritis progress?

The progression of osteoarthritis is usually slow and gradual, with symptoms worsening over the course of months or years. However, the progression is not linear. There may be periods of “silence” and flare-ups. By contrast, rheumatoid arthritis or avascular necrosis can destroy the joint extremely quickly, within just a few months.

Can shoulder arthritis affect other joints?

If we are talking about common osteoarthritis (wear due to age or use), it is located locally in the shoulder, although it is possible that the patient also has wear in the knees or hips due to age. If, however, the cause is Rheumatoid Arthritis (a systemic disease), then almost always other joints in the body are also affected, such as the hands, wrists, and knees.

Is there a relationship between shoulder arthritis and cervical (neck) problems?

The symptoms are often confused. Arthritis in the acromioclavicular joint or extensive muscle spasm around a painful shoulder can cause pain that radiates to the neck. At the same time, it is common in elderly patients for both problems to coexist (cervical syndrome and shoulder arthritis), which requires great diagnostic experience on the part of the doctor to differentiate which problem is causing the main pain.

Can shoulder arthritis lead to “frozen shoulder”?

Yes, they often function as a vicious cycle. The intense pain of arthritis causes the patient to instinctively immobilise the arm. This long-term immobility causes contractions (shrinkage) in the joint capsule, leading to the secondary development of stiffness that resembles “frozen shoulder” (adhesive capsulitis). For this reason, physiotherapy and movement are fundamental.

Am I allowed to exercise when I have arthritis?

Correct and controlled exercise is not only allowed, but required. Inactivity worsens arthritis. However, exercises with heavy loads (e.g. bench presses, overhead weightlifting) and contact sports must be avoided. Swimming (at mild intensities), stretches, and the use of resistance bands for strengthening the rotator cuff are ideal choices.

Do weather conditions affect arthritic pain?

Although science has difficulty proving the exact mechanism, a huge proportion of patients report a flare-up of pain with changes in the weather (especially with a drop in barometric pressure, humidity, and cold). It is believed that changes in atmospheric pressure allow the already inflamed tissues of the joint to swell further, increasing the pain.

Does diet play a role in shoulder arthritis?

In osteoarthritis, diet plays an indirect role, mainly concerning the management of body weight (which affects the knees more than the shoulder) and the reduction of systemic inflammation. A diet rich in Omega-3 fatty acids (fatty fish, nuts) and antioxidants can help reduce the levels of inflammation in the body. However, no diet can regenerate worn cartilage.

What will happen if I ignore the problem and undergo no treatment?

Arthritis does not resolve on its own. The wear will continue. The osteophytes (spurs) will grow larger, increasingly restricting movement, until the shoulder “locks” completely. The muscle tissue around the shoulder will atrophy dramatically due to disuse, and the pain will become unbearable and constant, making even a future operation technically more demanding.

Is surgical operation (arthroplasty) the only option?

Not necessarily. In the early and middle stages, conservative treatment can offer a satisfactory quality of life for many years. Arthroplasty is recommended only when wear has reached the final stage (bone-on-bone) and the patient has exhausted every other means without finding relief. You decide when the pain has become no longer tolerable.

How many years does an artificial joint (arthroplasty) last?

The technology of biomaterials has made great strides. Today we use ultra-resistant metal alloys and specially processed plastics (cross-linked polyethylene) that minimise mechanical wear. In 85–90% of cases, modern shoulder arthroplasties remain in excellent functional condition for at least 15 to 20 years, and often for life for many patients.

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Frozen Shoulder: Causes, Stages, and Effective Treatment