In our oral surgery and implantology practice in Pinneberg, we support patients even in more complex situations. This primarily includes bone augmentation when there is not enough jawbone available to securely anchor a dental implant. After tooth loss, the jawbone begins to gradually recede. This process of bone resorption can start within just a few months, as there is no longer any natural chewing pressure stimulating the bone. Chronic conditions such as periodontitis or long-term pressure from an ill-fitting dental prosthesis can also lead to loss of bone substance. The good news: targeted bone augmentation can reconstruct lost structures and thus create the foundation for secure implant placement.
In our practice, we use the patient’s own bone material (so-called autologous bone) when needed. For example, this bone is taken from the lower jaw and reinserted at the desired location. The use of autologous bone is considered the gold standard in the specialist literature, as it integrates particularly well, causes no rejection reactions, and remains stable in the long term.
A particular focus of ours is the so-called shell technique, a biologically oriented method for three-dimensional bone reconstruction. We learned this technique during our training with Prof. Fouad Khoury and use it regularly in our practice. It allows us to precisely rebuild even severely resorbed jaw sections — for example, in the posterior upper jaw or the narrow front region.
In some cases, we supplement autologous bone with special bone substitute materials. These can be of animal, synthetic, or human origin. They act as a scaffold for the body’s own bone remodeling process, helping to stabilize volume and support healing. Whether autologous bone, substitute material, or a combination is used — we always tailor the approach individually to your anatomical conditions and treatment goals.
To further support regeneration after bone augmentation, we offer — upon request — the use of processed autologous blood. A small amount of the patient’s blood is drawn and separated into its components in a centrifuge. The resulting plasma contains a high concentration of growth factors that can promote the natural healing process and improve the integration of the bone material.
Bone augmentation is a crucial step toward achieving a stable and functional dental restoration. We take the time to advise you thoroughly, explain all options, and find the optimal solution for you.