The construction of the jaw bone (med.: jaw augmentation) is necessary if there is a lack of bone substance in the upper or lower jaw.
If a dental implant is to be inserted, the implant must be firmly anchored in the jawbone. In order to ensure the secure hold of an implant, sufficient bone substance must be available in order to achieve optimum long-term results.
However, if the jawbone is not sufficiently thick or high enough, it is not suitable to provide the necessary support for the implant and the jawbone must first be prepared for the insertion of a dental implant.
Through professional bone reconstruction in our specialist practice for oral and maxillofacial surgery in Berlin Mitte, we can prepare the height, thickness and structure of the jawbone in such a way that a dental implant can be fitted, even if there have been gaps in the teeth for some time.
One of the most common reasons for bone loss in the upper and lower jaw is missing teeth. If one tooth is missing or several teeth are missing over a longer period of time and are not replaced, the jaw bones recede in this area due to the missing load. In this case it is called an inactivity atrophy, as a result of which the bone material often loses height and thickness.
A stable jaw bone is a prerequisite for the insertion of implants. Often implants can only be inserted into the jaw after a previous bone augmentation.
It is necessary to build up the jawbone if the existing bone is not suitable for the insertion of a dental implant. The implant must be securely and firmly anchored in the jawbone in order to replace the natural tooth in function and appearance in the long term. If the jawbone is too weak or has already been degraded due to tooth loss or other influences, bone augmentation must first be carried out in order to create the necessary conditions for implant fixation. The bone structure is also important for the firm hold of dental implants. For example, a dense jawbone is much better suited for holding dental implants than a thin, porous bone. In the aforementioned cases, our treating specialist will suggest suitable bone augmentation methods to fulfill your wish for a dental implant. The specific treatment is based on the diagnosis. For very advanced bone resorption, there are other therapy options available.
In modern dentistry today there are many possibilities to successfully design bone augmentation for the insertion of a dental implant. Bone augmentation either uses so-called bone replacement materials, which are produced synthetically, or it works with the body’s own substances.
In our specialist practice for oral and maxillofacial surgery, we work with the body’s own material for bone augmentation, among other things. The bone substance required for this can, for example, be removed from another part of the jaw, depending on the quantity required. The wisdom tooth area is often the best place to do this. If bone atrophy has already progressed considerably and a larger amount of bone substance is required, the pelvis has become established for the removal of bone material.
In the case of synthetic products, we work exclusively with biological materials (biocompatibility). Synthetic and endogenous materials are often combined in bone augmentation.
The bone augmentation technique that produces safe, predictable and lasting results. We solve complex augmentations with unbeatable efficiency and maximum patient acceptance!
Over the last few years there has been a constant change in bone augmentation techniques. The own bone was propagated as the gold standard, but this was often accompanied by problems at the extraction site (pelvis/lower jaw margin) and with transplant resorption. Foreign materials could only be used for certain indications and usually had to be combined with the patient’s own bone. Stabilizing these grafts was often difficult and time-consuming. Thanks to the ongoing development of surgical techniques by excellent national surgeons, we have now arrived at Augmentation 2.0, the plasma-stabilized composite graft.
This is where all experiences from practical clinical application come together. Foreign bone is combined with the patient’s own bone and moved and stabilized using autologous plasma (PRP/PRGF). As a product, we receive a biological graft that contains all the properties and growth factors for successful bone augmentation. This technique is unbeatable, especially for high-risk patients and complex, extensive bone augmentation.