EuromedClinic

Erkrankungen des Schultergelenks (Omarthrose)



Arthrosis in the shoulder may occur as omarthrosis (in the actual shoulder joint) and/or as AC joint arthrosis (acromioclavicular joint = shoulder joint between the shoulder blade and the clavicle). Arthrosis starts with the destruction of joint cartilage (the hard, elastic and smooth coating of bones in the area of joint surfaces). As the condition progresses, soft tissues (e.g. joint capsule, ligaments) and the bone may also become affected.
Initially, symptoms of omarthrosis are often not very noticeable. Nevertheless, the condition may progress rapidly, causing intense pain and significantly affecting mobility in everyday life.


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Insufficient joint nourishment

Cartilage tissue does not have any nourishing blood vessels, but is supplied by synovial fluid. When stress is applied to the joint, the synovial fluid is squeezed out of the cartilage tissue – similar to a sponge – and drawn back in when the stress is removed.
However, when too much stress is applied to cartilage tissue, for example in the form of excessive pressure forces, its smooth surface is mechanically destroyed. The cartilage becomes frayed and is progressively depleted.


The most common causes are:
• Elevation of the brachial head at ruptured rotator cuff
• Accidents

Too little mechanical stress may also disrupt the nourishment of the cartilage. Inflammatory joint diseases (rheumatism) deteriorate the composition of synovial fluid.

Hard physical labour and repetitive strain are never the cause of the condition, but these factors accelerate its progression.


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The symptoms listed below should make you consider your daily physical activities, to see if preventative measures need to be taken or if treatment may be necessary.

• A feeling of fatigue after longer walks is often the first indication of an existing condition. There is no pain yet, but you are increasingly feeling the need to take a break.
• The progressing joint degeneration eventually causes a pulling sensation, a feeling of pressure, mild pain in the groin area, thighs or knee joints.
• In the next phase, you will experience pain while walking longer distances, walking on uneven ground or while climbing stairs.
• Pain after periods of inactivity is a typical symptom: When standing up after long sitting or when getting up in the morning, your first few steps are often painful and you always feel initial stiffness.
• At later stages, you may experience resting pain and/ or night pain.
• The more pain you experience, the more you will try to avoid painful movements. As a consequence, your muscles become tense and shorten as you adopt an unnatural posture, continuously bending your hip and causing the joint capsule and ligaments to shrink. Ultimately, the range of motion of your hip joint decreases and movement becomes painful.


weiter zu X-ray findings:...
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As coxarthrosis progresses, the changes in the hip joint also become visible in X-ray images.

• Initially, the joint cartilage is worn down. This cartilage is not directly visible in X-ray images, but it can be seen as a dark seam between the bright osseous joint parts, referred to as joint space (= permeable to X-rays). Representing the extent of cartilage damage, this joint space becomes increasingly smaller, until the two bones are ultimately touching each other.
• With increasing joint stress, the bone tissue also responds by thickening in the areas of overloading. X-ray images then show sclerosis (thickening) as a bright band (= impermeable to X-rays). The under-loaded part of the bone rather appears to be more transparent than usual.
• Osteophytes (bone spurs) increasingly occur on the joint’s surface area.
• In the areas of overloading, a loss of blood supply arises, the bone tissue dies and small cysts (cavities) form. They frequently appear in pairs opposite to each other on neighbouring bone parts.


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Anamnesis – comprehensive and thorough

The first step is anamnesis, i.e. the systematic analysis of your medical history. In this process, your current state of health, your living environment, your case history (e.g. organic diseases), particular risk factors as well as genetic (hereditary) risks are evaluated. The following questions are typical:

• What are the symptoms, when did they start and how often do they appear?
• What seems to cause the symptoms (physical exertion, sports)? How can they be alleviated?
• Have you tried self-treatment (home remedies)?
• What did your physician prescribe (medication, physical therapy)?
• Do you have any other conditions, including non-orthopaedic ones?
• What medication do you take regularly?

This is followed by thorough physical examination, in which we ascertain joint swellings, mobility, stability, pressure and pain during movement of the affected joint and the neighbouring joints, in addition to height, weight, posture, misalignment of limbs and spine, nervous disorders and blood supply. The results usually yield a first diagnosis, which will then be confirmed, if necessary, using additional imaging techniques, and/or distinguished from similar signs and symptoms.

weiter zu Examination:...
zurück zu Symptome...

During the thorough physical examination we ascertain and evaluate joint swellings, mobility, stability, pressure and pain during movement of the affected joint and the neighbouring joints, in addition to posture, misalignment of limbs and spine, nervous disorders, blood supply, height and weight.

The results usually yield a first diagnosis, which will then be confirmed, if necessary, using additional imaging techniques, and/or distinguished from similar signs and symptoms.


weiter zu X-ray:...
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For basic diagnostics, usually three x-ray images are taken: one in front view, a side image and a special image for displaying the shoulder roof.

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Sonography (ultrasonic image) of the shoulder joint
Especially on the shoulder joint, the ultrasonic diagnostics allows for obtaining a good overview of the structure of muscles, tendons, synovial bursas as well as fluid accumulations within and outside the shoulder joint.


Darstellung der bildgebenden Verfahren
Illustration of the imaging methods from left to right: sonography
x-ray image of shoulder dislocation, anterior MRI of the shoulder, CT of the shoulder from the top

weiter zur Prophylaxe...
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Although cartilage is nourished through the motion of the joint, excessive stress should be avoided. Joints need to be moved frequently, so that their cartilage is well-nourished and they possess the strength to withstand additional short-term stress without injury. Activities that place excessive stress on the joints, such as heavy lifting and carrying, should be avoided in everyday life as far as possible.

The following preventive measures can help you to actively counteract the development of the disease or slow down its progression at an early stage.

Is your work mostly sedentary?
• Move your legs and arms repeatedly!

Do physical exercise!

Move your joints to full extent!
• Do gymnastics on a regular basis!
• Exercise and stretch your muscles!
• Stretch shortened joint capsules and ligaments!

If you have a pre-existing condition, try to avoid heavy lifting!
• Avoid working in overhead position.
• Use a shopping cart rather than a shopping bag.
• Sleep on your back or on a mattress with shoulder zone



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weiter zur Therapie...
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Our treatment methods are always tailored to the individual patient and his particular case history – You will see that with our specialists you are in the right hands.


> Conservative treatment mehr...
> Medication treatment: mehr...
> Joint injections mehr...

Physiotherapy:
Individualised physical therapy is combined with easy-to-understand instructions for self-treatment, to alleviate your discomfort, stabilise your cartilage and strengthen your muscles, helping you to significantly improve your mobility.

Additional Physical Therapy:
The usage of heat, cold, ultrasound or electrotherapy complements the treatment. These techniques promote blood flow and thus improve joint nourishment.



Antiphlogistics (anti-inflammatory medication):
Anti-inflammatory therapies, also referred to as antiphlogistics, are our first choice for all medical conditions of the musculoskeletal system. In addition to their anti-swelling and anti-inflammatory effect, their active ingredients also relieve pain in different strengths. The side effects of these medications particularly affect the stomach and kidneys (e.g. Ibuprofen, Diclofenac, Indometacin).

Cartilage-building supplements:
Gelatines, Chondroitin sulfate and glucosamine sulfate are supplements with scientifically proven efficacy. However, treatment over a period of six to twelve weeks is necessary to achieve the desired effect.

Pure analgesics (pain medication):
Pure analgesics do no treat the cause of arthrosis. Although they relieve pain, they have no effect on the inflammatory processes in the body (examples: (e.g. Paracetamol, Metamizol, Tramadol).



Hyaluronic acid:
Hyaluronic acid is a normal building block of healthy joint cartilage. The molecule is created in the lab to be injected into the joint, where it is integrated into the cartilage. The hyaluronic acid stabilises the cartilage, smoothes the unevenness on its damaged surface and improves the lubricating properties of the synovial fluid 

 
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Cluster of hyaluronic acid molecules embedded in cartilage tissue and settled on its surface

Cortisone:
Cortisone is the best anti-inflammatory medication known today. Typical side effects (e.g. high blood pressure) primarily occur when taken as a pill or injected intravenously. Only in very rare cases do these side effects occur when cortisone is injected into a joint.


The goal of our treatment is always to preserve your natural shoulder joint for as long as reasonably possible, and only replace it by an endoprosthesis (artificial implant, Greek endo= inside the body, prosthesis = artificial) when there is no other option.

If you have shoulder arthrosis, however, you should not wait “until the last minute“, but rather see us for a consultation in time. There may still be the possibility of preservation treatment.

In any case, the correction of misalignments is a prerequisite for the long-term success of any preservation procedure, because in conditions where the original, healthy cartilage was overloaded, new cartilage will not be able to survive, either.


Arthroscopy: Joint endoscopy

During arthroscopy, nearly any damage in the interior of the shoulder joint can be treated by means of an optical system with the diameter of a pencil and small instruments, which are usually inserted into the joint via two incisions of 0.5 cm in size:

S16_01_Arthroskopie3
Arthroscopy
• Impingement (entrapment) syndrome: Removal of the synovial bursa and ablation of ossifications under the shoulder roof
• Tendinitis Calcarea (calcareous shoulder): Removal of the calcium deposit
• Rupture of the rotator cuff: Restoration of the cuff by suturation of the muscle or the tendon
• Disinsertion of the labrum (shoulder lip): Attachment of the avulsed/ruptured labrum to the osseous articular fossa
• Shoulder arthrosis: Removal of exposed joint bodies and cartilage defects

In case of bone fractures of the brachial head, an open surgical intervention may be necessary to insert screws, plates or nails.

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Fracture of the branchial head



The endoprosthesis

In Germany approx. 10,000 artificial shoulder joints are implanted annually. Endoprostheses, surgical instruments and minimally invasive surgery techniques are continuously enhanced, thereby extending the service life of artificial joints. As a result, artificial joints have now also become an option for younger and physically active patients.

Today, a well-implanted shoulder prosthesis lasts more than ten years and enables you to lead a nearly pain-free life.
Depending on the type of your injury or disease, the smallest possible intervention should always be selected to restore your mobility.


v.l.n.r.: Bruch des Oberarmkopfs, Die Verplattung, Kappenprothese
From left to right: fracture of the brachial head, the plating, cup prosthesis



The cup prosthesis consists of a metal cup, which is positioned onto the remaining brachial head after removing the defective bone. It has no shaft but only a short pin to be anchored in the bone. Therefore, the bone has to exhibit the sufficient strength and the rotator cuff must be intact.

Cup prosthesis on the shoulder


In case of brachial head fractures, the restoration of the joint should always be attempted. In case of extensive comminuted fractures, reconstruction may be impossible under certain circumstances. The fracture prosthesis allows for attaching muscles and/or bone portions with muscle and tendon attachments to the prosthesis. In case of very soft bones (e.g. osteoporosis), the prosthesis can be implanted using osteocementum.

Frakturprothese
Frakturprothese


This special prosthesis is suitable in case of shoulder arthrosis with simultaneous defect of the rotator cuff. The rotational centre of the shoulder joint is displaced in proximal and inferior direction in order to lengthen the lever of the deltoid muscle (outer shoulder muscle). This assumes the function of the rotator cuff, pulls together the structures forming the joint and stabilises the joint, so that a largely normal function is possible again.


Inverse Schulterprothese im Röntgenbild
und Original
Inverse shoulder prosthesis in the x-ray image and originally



Your recovery is top priority

Rehabilitation (post-treatment) begins as early as on the date of the surgery. Especially in case of shoulder surgeries, it is decisive for the success of the surgery. In case of normal recovery course and good health constitution, you should expect a period of six week, depending on the type of the surgery. This also applies if you are already allowed to place full weight on the joint.

In order to ensure full recovery, we recommend that you undergo inpatient or outpatient rehabilitation after your stay at the hospital. We will be happy to assist you in choosing a facility and we will also take care of all the formalities with your insurance company.


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