Übersetzung für "Oberarmkopf" in Englisch

The ball of the arm fits into the socket at the shoulder blade... and it's kept there by the rotator cuff.

There are avulsion fractures to the right and left humeral heads.

Look at the humeral head of the victim's right arm.

This involves covering the head of the humerus with a cap prosthesis.

The screws in the upper arm head are fixed in the plate in an angle-stable manner.

Impingement syndrome reduces the distance between the humerus and the scapular.

Following the operation, the artificial humeral head sits in the natural glenoid cavity.

When a dislocated shoulder occurs, the humerus pops out of the socket.

In severe cases, the humeral head and socket bash together.

The shoulder joint is a ball joint (relatively small pan with large upper arm head).

Artificial shoulder joint; usually only the head of the humerus is replaced.

It consists of the head of the humerus (humeral head) and the shoulder socket.

The prosthesis thus comprises a cap for the natural humeral head.

Tendon cuff which surrounds the head of the humerus and centres it in the joint capsule during joint movements.

The human shoulder joint is formed by the spherical head of the humerus and a relatively small and shallow joint socket.

The humeral head wanders upwards and under the shoulder blade impeding normal functionality.

If the screws can fix the upper arm head well, the pin prevents a sliding together of the subcapital fracture zone.

There is a good centimetre of space between the bony shoulder roof and head of the upper arm.

During the operation, the surgeon decides whether the humeral head and the socket of the joint also need replacing.

The osseous portion of the joint is formed from the shoulder blade, the collarbone and the head of the upper arm.

The bone structure of the humeral head and glenoid cavity appears irregular and altered whilst in very advanced stages the sections of the joint are deformed.

It is therefore inevitable that the rotator cuff will sooner or later will no longer be able to hold the head of the humerus in the middle of the capsule.

Impingement syndromes of the shoulder are caused by anatomic crowding between the upper arm bone (humeral head), the rotator cuff tendon and the summit of the shoulder (acromion, acromioclavicular joint, coracoid process).

In case of such ideal distance the head of the humerus can easily pass below the acromion without hindrance, if the arm is lifted.

If the stenosis of the subacromial space below the acromion is, however, already too pronounced, the bursa is frequently incarcerated between the head of the humerus and the acromion.

The guidance during movement and the stability are only achieved by the joint capsules, ligaments, musculature and tendons, which are attached directly to the upper arm head or in the immediate proximity.

With a good osseointegration both into the upper arm head and also into the upper arm shaft, with a lack of subcapital healing a breakage of the plate can occur as a result of the movements in this zone.

However, the pin is fixed both in the upper arm head and also on the upper arm shaft and does not permit any collapsing in the subcapital fracture region.

It can therefore happen that on collapsing of the subcapital fracture zone, the upper arm head or parts thereof are displaced over the pin in a caudal direction and therefore the pin or the locking screws project over the bone.