Übersetzung für "Bone fusion" in Deutsch

The original and new cartilages are replaced by bone through fusion.

The implant can be filled with bone shavings or bone substitute material for furthering the bone fusion.

Remember that the aim is to achieve bone fusion and snuff that blocks this process.

Darren Naish argued on his popular weblog that, due to the fact pterosaurs are highly precocial, bone fusion and ossification could occur very early, and Nemicolopterus might in fact be a hatchling individual of the genus Sinopterus.

SUMMARY OF THE INVENTION It is therefore the object of the invention to develop the partial areas of auditory ossicle prostheses made of a bioactive material, not intended to be bonded to the bone itself (implant/hard bone tissue fusion zone), so that they are completely biochemically resistant and bio-inactive.

This means that exogenous material remains virtually unchanged over a long period and integration into the body essentially takes place by coalescence with existing bone and fusion into surrounding tissue.

The end sides of this implant are open so that bone can grow in into the implant and a bone fusion can take place.

The implants are provided in the wall with openings (holes), so that bone can grow through the implant, so that a bone connection (fusion) of the two vertebrae can come about after several months.

Disadvantageous is that the progress of the bone fusion inside the cages can practically not be monitored in cages of this kind.

The object of the invention is therefore to propose a hollow cylindrical intervertebral implant of this kind (a “cage”) which is on the one hand alone suitable for taking up the stresses acting on the implant in the first phase of the operation, but is at the same time however suitable for enabling a monitoring of the bone fusion through imaging processes (X-rays, MRI, CT, etc.) inside the implant.

The implant in accordance with the invention has the advantages that on the one hand it can take up the stresses acting on the implant in the first phase after the operation, that it is the only implant and no additional fasteners or stabilizers are required, that the access is possible in a relatively simple way both from the anterior and from the posterior, and that the progress of the bone fusion inside the implant can be monitored with the help of X-ray investigations or other imaging methods (MRI, CT, etc.).

The named materials are particularly suitable for taking up the loads which act on the implant immediately after the operation and are naturally transparent for X-rays, so that the progress of the bone fusion inside the implant can be monitored with the help of X-ray investigations.

In this way there arises an implant 1 in which the progress of the bone fusion can be well monitored with the help of X-rays.

Once this bone fusion has been released there are various ways of preventing the joint surfaces from growing back together again.

After surgery, the joint generally needs to be immobilised in a plaster cast or a splint for several weeks to ensure bone fusion of the original joint.

Conditions such as spina bifida occulta, where the bones of the spinal cord and the surrounding membrane are not closed properly, malfunction of cervical vertebrae such as upper bones fusion, odontoid hypoplasia in which the cervical vertebrae can be misaligned, and scoliosis where the twists and curvature of the spine to the side are abnormal, are some of the spine related abnormalities seen in some patients.