Shoulder model - natural size

Shoulder model - natural size

1.155,00 kr
Sale price  1.155,00 kr Regular price 
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Shoulder model - natural size
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Shoulder model - natural size

SKU: EA1-1019513

Produktet er udgået af vores faste sortiment. Søger du specifikt dette produkt? Kontakt os for mere information.

The product is no longer part of the permanent assortment

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Description

This model shows the shoulder without attaching muscles. The model is therefore good at illustrating how the individual bone parts in the joint are held together by ligaments and joint capsule.


The model is produced in natural size, weighs 0.3 kg and has the dimensions 14 x 15 x 15 cm (length x width x height). The model is delivered on a white stand.


Behind the model is a map showing an illustration of the joint with the names of the most important structures. The card can be turned over so that structures on the back of the model can also be seen.


The joint is not movable.

Anatomically speaking

Anatomically, the model shows part of the upper arm bone (humerus), the entire shoulder blade (scapula) with acromion and processus coracoideus and the clavicle (clavicle).



This shows both the shoulder joint (articulatio humeri) and one joint of the clavicle (acromioclavicular joint).



The model shows the different ligaments that hold the two joints together - including:



Corpse. coracoacromial
Corpse. acromioclaviculare
Corpse. trapezoid


In addition, the joint capsule is seen with reinforcements in the form of both ligaments and muscle attachments, as well as the biceps tendon, which passes through the joint on its way down to the forearm.



The model shows the osteofibrous half-roof, which consists of Lig. coracoacromial, acromion and processus coracoideus.

Movement-wise
Clinically speaking

Clinically speaking, the model is ideal for understanding disorders such as frozen shoulder, osteoarthritis (wear and tear) in the acromioclavicular joint, shoulder instability and biceps tendinitis. It can of course also be used to understand fractures, dislocations and sprains.



The model may possibly also used to understand disorders such as impingement syndrome and rotator cuff injury. If this is the purpose, we would instead recommend our flexible shoulder model with muscles and ligaments

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