Skeletonization

Skeletonization is a surgical technique that involves separating the periosteum (outer layer of bone) from the compact substance (inner part of the bone). This method is used in many bone surgeries such as tumor removal, fracture repair, etc.

Skeletonization is carried out using a special tool - a skeletonizing knife. This knife has sharp blades that allow you to easily separate the periosteum from the bone. After removing the periosteum, the surgeon can continue to operate on the inside of the bone without fear of damaging it.

One of the benefits of skeletonization is that it preserves bone integrity and avoids scarring. This is especially important during operations on a young body, when it is necessary to preserve the functionality of the bone for further growth and development.

However, skeletonization also has its disadvantages. For example, it can lead to swelling and pain at the surgical site. In addition, this method may be more traumatic for the patient than other bone surgery methods.

The separation of the periosteum from the bone tissue is a process of skeletonization. It is an operation that is used in many bone surgeries as a surgical technique. This procedure plays an important role in the treatment of many bone diseases and surgical procedures in humans. In this article we will look at skeletonization and its medical significance in more detail.

Skeletonization is an important operation in medicine. It is used to remove tumors that may be located on the surface or inside the bones. It is also used in the treatment of injuries, inflammatory processes in bones and other diseases. It can help repair damaged bone, provide more effective treatment results, and prevent further bone damage. Therefore, skeletonization appears to be an important adjuvant treatment that can significantly improve the patient's condition.

**Benefits of skeletonization include:**

1. Reduced recovery time. Skeletonization allows you to begin treatment and rehabilitation faster, which leads to faster rehabilitation and faster recovery. This is especially important in cases where patients have serious bone diseases and require medical attention in a short time. 2. Increasing the effectiveness of treatment. Skeletons allow for more precise and effective treatment, including removing tumors, relieving pain and preventing further bone damage. 3. Improving quality of life. Rapid recovery and resumption of normal activities after skeletonization can significantly improve the quality of life of patients, allowing them to return to their usual activities. 4. Reduced complications. Skellization can significantly reduce the risks of complications such as infection or bleeding through a precise and safe procedure. 5. Possibility of reusing fabrics. In some cases, the skeleton obtained after skellization can be reused if the patient loses part of the bone due to injury or other reasons. 6. Assistance in scientific research. Surgeons can use tissues to conduct various scientific studies, which can lead to new treatments, faster medical advancements, and improved people's quality of life. 7. The operation can be used as preparation for implantation of prostheses. Sometimes skelting is performed before using prostheses to increase bone strength at the installation site, speed up osseointegration (bone healing) and prevent discomfort before implantation. 8. Other treatments may be reduced. Surgeries that relied on skeleton-tissue are usually replaced, especially after skeletonization. Some diseases such as arthritis, bone spurs, osseous injuries and other bone changes can be treated surgically without the use of a skeleton, but